Are the solar roadways covered in snake oil?

They did pass their traction tests, but the excitement for solar roadways is a little premature.  Is the product innovative? #Totally. Here’s a quick rundown of what the Solar Roadways phenomenon is about.  Several years back, the Federal Highway Administration funded a project for roadways that could pay for themselves.  Solar Roadways’ prototype provides modular roads with solar panels integrated within them to generate electricity.  They will also be fitted with heaters and LED’s to clear roads of ice and warn drivers of conditions ahead. There are many other features that make it great, and we’ll save reality for last.

Why did this pipe dream go viral?

Good public relations and a revolutionary new type of road.  Solar panels last for 25 years and often see a payback within ten years or less.  That concept alone of a road that can last 25 years and create a return on investment is already better than stinky asphalt.  I’ve been told that in other parts of the country; their roads get covered in frozen water and become difficult to drive on.  This prototype contains heaters that will melt all of that frozen water that will eliminate ice related accidents and snow plows. Pretty awesome if you’ve been stuck behind one or have seen the salts eat away at your car.

Next awesomeness, the LED warning system.  Personally, this is my favorite feature of the solar roadways and is totally viable for particular situations.  From this picture, you can see that the roadways will replace the painted stripes, crosswalks, etc.  In the middle of the photo, you can see someone crossing the street and the crosswalk turns red.  You can also see the speed limit displayed and the bike path illuminated.  We could instantly change the speed limit, warn drivers of pedestrians or wildlife, or any other emergency situation.

Pave all the roads with solar!

They want to put these roadways everywhere.  Installers have a general rule of thumb, don’t install solar where the sun don’t shine.  Here’s a quick list of things that cause shade, everything that is not transparent like a tree, a building, or a car. The designers have danced around the question of which solar technology they will use.  Photovoltaic crystalline panels actually have serious performance issues even in partial shade because of weird physics voodoo that exponentially messes up production. Thin film solar does not share this issue and only loses ten percent of production when ten percent is shaded.  Thin film is flexible and theoretically cheaper, but it’s less efficient.  I would feel more confident with them using thin film while we put efficient PV on the roofs. They are currently using microinverters and from pictures it appears as they are using crystalline cells.  This adds cost and more components that can break.  They have been working the numbers though, and microinverters might be the most cost-effective solution to increase production.

Shade is the enemy

Roads get shade from just about everything because they are the lowest point.  A lot of things are built next to roads because that’s um…. #convenient. Buildings cast huge shadows.  I think Solar Roadways have potential in downtown intersections to safely alert drivers of pedestrians, bicyclists, and snow.

There are a lot of other cool possibilities with these from cabling conduits, wastewater treatment, piezoelectric generators, etc.  My sort of problem is that it shouldn’t be seen as a solution to climate change or meeting renewable energy requirements.  It is a solution to a safer society. There is no possible way that these road modules will be more efficient than a roof or ground mounted solar system.  The roadways have thick textured glass, that can withstand 250,000 POUNDS, that will get dirty and obstruct light from hitting the solar cell.

After reading a few other critical roadways articles, it’s apparent they aren’t there yet. The sound alone from the textured surface makes a silent, clean technology annoying.  We need to take a step back and remember that this is still in its prototyping phase.  Lots of stuff can change and lots of stuff can prevent it from coming to fruition.  Sit back and join Ameco in installing effective, affordable solar solutions.

Founders reply to the “haters”

Trumpets are blaring and drums are rolling because AMECO Solar has a new website!

Our new, fresh design was planned with a straight-forward layout that is much easier to navigate. Just one look at our new homepage and you can easily tell that AMECO Solar is a full-service solar installation company. We have options for anyone interested in solar panels from residential solar electric and solar pool installations to medium-sized commercial systems and large-scale solar installations.

You may click through our pages to learn more about solar energy by checking out step-by-step explanations of how it works or reading our pages on residential solar installation and commercial solar installation.

Of course, you may already know that our company blog is a great resource about solar installation.  Plus, we would also like to highlight our new Solar Installation Photo Gallery. It features photos of our recent solar installs, and new photos are being added all the time.

Give the new AMECO Solar website a spin…we hope you’ll like it!

You've probably seen headlines about incredible new solar panel films that can be rolled up or even integrated into windows. This exciting technology is all about thin film photovoltaic solar panels. Their flexibility and light weight are game-changers, opening doors for solar power in places we never thought possible. But this raises an important question for homeowners: if this thin film photovoltaic tech is so great, why aren't we all using it? Let's explore what makes these panels so unique and why the trusted solar modules AMECO installs are still the best choice for your roof.

While they’re considerably thinner and could potentially be sold at a lower cost, the technology is still in the early stages and not available for residential installation just yet.

What Are Thin-Film Photovoltaic Solar Panels?

So, what exactly is this technology? Think of thin-film solar panels as a streamlined version of the traditional solar panels you see on rooftops. Instead of using thick, rigid silicon wafers, they are made by placing incredibly thin layers of photovoltaic material—the stuff that converts sunlight into electricity—onto a base. This base, or substrate, can be anything from glass to flexible plastic or even metal. The result is a solar cell that is hundreds of times thinner than a standard silicon cell, making it lightweight and versatile. While this technology is still evolving for home use, it represents an exciting direction for solar energy, promising new applications and manufacturing methods that could change how we power our world.

How Are Thin-Film Panels Made?

The manufacturing process for thin-film panels is quite different from that of their crystalline silicon cousins. It’s less about slicing individual wafers and more about depositing layers of material. This method is generally faster and requires less energy and raw material, which is a big part of the technology's appeal. The specific process depends on the type of photovoltaic material being used, but the core idea is to build the solar cell layer by layer. This approach is what gives thin-film panels their unique characteristics, including their signature slim profile and flexibility, opening the door for solar technology to be integrated in ways we haven't seen before.

The Layered Structure

At its heart, a thin-film solar panel is a sandwich of specialized materials. It starts with a substrate, like glass or plastic, which provides the foundation. On top of that, a very thin layer of photovoltaic material is deposited. This is the active layer that absorbs sunlight and generates an electric current. Common materials include amorphous silicon (a-Si), cadmium telluride (CdTe), or copper indium gallium selenide (CIGS). A conductive sheet is added to help the electricity flow, and the whole thing is sealed with a protective top layer to shield it from the elements. This layered construction is what makes them so distinct from traditional panels.

Manufacturing Process and Materials

The creation of thin-film panels involves depositing these photovoltaic materials in a vacuum, a process that allows for precise, uniform layers. Because the active material is so thin, manufacturers can use less of it, which helps reduce production costs and the overall environmental footprint. The choice of material—whether it's the abundant and non-toxic amorphous silicon or the highly efficient cadmium telluride—plays a huge role in the panel's performance, cost, and ideal application. This advanced manufacturing is what makes the technology so promising for large-scale production and innovative uses beyond typical rooftop installations.

A Brief History of Thin-Film Technology

While it might seem like a cutting-edge development, the story of thin-film solar technology actually begins decades ago. Researchers started exploring the potential of thin-film materials back in 1972, looking for more efficient and cost-effective alternatives to traditional silicon. After years of development and refinement in the lab, the first commercial thin-film solar panel was introduced in 1986. Since then, scientists and engineers have continued to improve the efficiency and durability of these panels, pushing the boundaries of what's possible and bringing this innovative technology closer to widespread use in both commercial and residential settings.

Types of Thin-Film Solar Panels

Thin-film technology isn't a one-size-fits-all solution; it’s a family of different technologies, each with its own unique material composition and strengths. The four main types you'll hear about are Cadmium Telluride (CdTe), Copper Indium Gallium Selenide (CIGS), Amorphous Silicon (a-Si), and Gallium Arsenide (GaAs). Each type uses a different combination of elements to capture sunlight and convert it into energy. Understanding the differences between them helps explain why one might be better suited for a large-scale solar farm while another might be perfect for flexible, portable applications. This variety is a key strength of thin-film technology, allowing for tailored solutions to different energy needs.

Cadmium Telluride (CdTe)

Cadmium Telluride is currently the most common type of thin-film solar panel on the market, especially for large, utility-scale projects. Its popularity comes from a combination of good efficiency and relatively low manufacturing costs. In laboratory settings, CdTe cells have reached efficiencies of around 22%, while commercially available panels from leading manufacturers typically achieve about 18% efficiency. This makes them competitive with some traditional silicon panels. CdTe technology has a low carbon footprint and a quick energy payback time, making it a strong contender in the renewable energy landscape, particularly for commercial and industrial applications.

Copper Indium Gallium Selenide (CIGS)

CIGS panels are known for their high efficiency potential and versatility. In the lab, CIGS cells have demonstrated efficiencies of over 23%, putting them at the top of the thin-film category. One of the most exciting aspects of CIGS technology is that it can be deposited on flexible substrates, creating lightweight panels that can be integrated into a variety of surfaces, from metal roofs to vehicle exteriors. This flexibility opens up a world of possibilities for solar power, though the manufacturing process can be more complex than that of other thin-film types, which has impacted its market share.

Amorphous Silicon (a-Si)

Amorphous Silicon is the non-crystalline form of the same element used in traditional solar panels. Because silicon is abundant and non-toxic, a-Si panels are an attractive option from an environmental and resource perspective. They are also relatively inexpensive to produce. While their efficiency is generally lower than other thin-film types, they perform well in low-light conditions and can be made flexible. You’ve likely seen a-Si technology in action in small electronics like solar-powered calculators and watches, but it's also used in larger applications where high efficiency isn't the primary concern.

Gallium Arsenide (GaAs)

When it comes to performance, Gallium Arsenide is the champion of thin-film solar cells. These cells hold the record for the highest efficiency of any single-junction solar cell, reaching an impressive 29.1%. They are also known for their excellent heat resistance, maintaining their performance even in very high temperatures. However, this high performance comes at a cost—GaAs is expensive to produce. Because of this, its use is typically reserved for specialized applications where efficiency and durability are absolutely critical, such as in satellites and spacecraft for aerospace missions.

Thin-Film vs. Traditional Crystalline Panels

When deciding on a solar solution for your home, the choice usually comes down to traditional crystalline panels, which is the technology we trust and install at AMECO. These panels have a long track record of reliability and high efficiency. However, it's helpful to understand how thin-film technology compares. The main differences lie in their efficiency, cost, appearance, and performance under various conditions. While thin-film panels offer unique advantages like flexibility and a lower profile, traditional panels currently provide the durability and power output that most homeowners need to see a significant return on their investment.

Key Advantages of Thin-Film Technology

Thin-film solar panels bring some unique benefits to the table that set them apart from conventional options. Their manufacturing process is less energy-intensive and requires fewer raw materials, which can lead to a lower overall cost and a smaller environmental footprint. They also tend to have a sleeker, more uniform appearance that some people find more aesthetically pleasing. Perhaps most importantly, their performance in certain conditions, like high heat and low light, can be superior to that of traditional panels, making them a versatile option for a range of environments and applications.

Flexibility and Lightweight Design

One of the most significant advantages of thin-film technology is its physical form. Because the photovoltaic material is deposited in such a thin layer, the panels can be made lightweight and even flexible. This opens up a whole new world of applications where traditional, rigid panels just wouldn't work. Imagine solar technology integrated directly into roofing materials, the body of a car, or even portable charging mats that you can roll up and take with you. This versatility is a key reason why researchers are so excited about the future of thin-film solar.

Performance in Low Light and High Heat

Here in California, we get plenty of sun, but we also get plenty of heat. High temperatures can actually reduce the efficiency of traditional silicon solar panels. Thin-film panels, however, tend to handle heat better, losing less power as the temperature rises. They also generally perform better than their crystalline counterparts in low-light or overcast conditions. This means they can continue to produce a more consistent amount of energy throughout the day, from sunrise to sunset, even when the sun isn't shining at full strength.

Environmental Impact and Energy Payback

From a sustainability standpoint, thin-film panels have a strong case. Their manufacturing process is typically faster and requires less energy compared to producing crystalline silicon panels. This results in a shorter energy payback time—the time it takes for a panel to generate enough clean energy to offset the energy used to produce it. For some thin-film technologies, this payback period can be as short as a year. This quick turnaround, combined with the use of fewer raw materials, makes them an appealing option for reducing our carbon footprint.

Disadvantages and Considerations

Despite their advantages, thin-film panels have a few key drawbacks that have kept them from becoming the standard for residential installations. The primary concern is their lower efficiency compared to traditional crystalline silicon panels. This means you would need a larger surface area of thin-film panels to generate the same amount of electricity, which can be a problem for homes with limited roof space. Additionally, many thin-film technologies tend to have a shorter operational lifespan and can degrade faster over time, which is a critical factor when considering a long-term investment in your home's energy future. This is why proven, durable solar solutions remain the top choice for homeowners.

Are Thin Film Photovoltaic Panels Efficient Enough?

The major issue holding back thin-film solar? Efficiency. A typical solar electric panel can convert about 20 percent of the sunlight that hits them into electricity, while thin-film solar cells currently in development only have efficiency rates in the single digits.

As a result, one of the main focuses of renewable energy researchers is to develop thin-film solar modules that can match or improve on the efficiency of conventional panels.

Lifespan and Durability

Beyond efficiency, another key consideration is how long the panels will last. Thin-film panels generally have a shorter lifespan, typically lasting between 10 to 20 years. While this is less than the 25-plus years you can expect from the traditional crystalline panels we install, the technology is constantly improving. According to research from EcoWatch, these panels can sometimes pay for themselves more quickly through electricity savings, which helps offset their shorter operational life. For now, homeowners looking for a long-term, durable investment find that conventional solar panels offer more peace of mind and proven longevity for their rooftops.

Where Are Thin-Film Solar Panels Used Today?

Even though thin-film panels aren't the standard for residential rooftops just yet, they’ve found some really interesting and practical uses in other areas. Because they are lightweight, flexible, and perform well in various conditions, they are the perfect solution for specific applications where traditional panels just wouldn't work. From massive energy projects to innovative building designs, thin-film technology is already making a significant impact. These applications showcase the unique strengths of the technology and give us a glimpse into what a more solar-integrated future might look like for both large-scale commercial projects and everyday life.

Utility-Scale Solar Farms

Picture vast fields covered in solar panels, generating power for thousands of homes—that's a utility-scale solar farm. Thin-film panels are often a great fit for these massive projects. Their lower manufacturing cost and lighter weight make them easier and more affordable to install over large areas. While their efficiency is lower, space isn't a constraint in a sprawling desert field, so developers can simply use more panels to generate the required amount of energy. The American Solar Energy Society notes that these qualities make thin-film a promising technology for the future of the solar industry, especially in these large-scale applications that power our communities.

Building-Integrated Photovoltaics (BIPV)

This is where solar technology starts to feel like science fiction. Building-Integrated Photovoltaics, or BIPV, involves integrating thin-film solar cells directly into building materials. Instead of mounting panels on a roof, the solar technology becomes part of the structure itself. As Solar Magazine highlights, this can look like solar shingles that blend seamlessly with a roof, or even transparent solar cells embedded in windows that generate power while letting light through. This approach combines aesthetics with functionality, and while it's still an emerging field, it points toward a future where our buildings are also our power plants. It’s an exciting concept that merges expert roofing with energy generation.

Portable and Mobile Applications

One of the coolest advantages of thin-film solar is its flexibility. Unlike rigid crystalline panels, some thin-film materials can be bent or rolled up without breaking. This makes them perfect for on-the-go power. You can find this technology in portable solar chargers for camping, integrated into backpacks to power your devices, or even applied to curved surfaces. For example, flexible thin-film panels can be installed on the roofs of RVs or the decks of boats, providing a source of clean energy for life on the move. This adaptability opens up a world of possibilities for personal power generation that just isn't possible with traditional panels.

The Future of Solar Technology

So, what does all this mean for you as a homeowner? While thin-film technology is incredibly promising and already proving its worth in specific industries, it’s still on the path to becoming a mainstream residential option. Researchers are working hard to improve efficiency and durability, and as manufacturing scales up, costs are expected to come down. The future is bright for this innovative technology, and it will likely play a huge role in our global transition to clean energy. For today, however, the most reliable, efficient, and cost-effective solution for powering your home remains traditional crystalline solar panels. They offer a proven track record of performance and longevity, ensuring you get the best return on your investment. When you're ready to explore the best solar solutions available now, our team can help you find the perfect fit for your home's needs.

Can Gemstones Improve Solar Panel Performance?

Many studies have been published on the subject showing the possibility of higher conversion rates, but one of the most interesting is a report published in the academic journal Advanced Optical Materials.

Scientists at Purdue University in Indiana, have used light diffraction properties in gemstones, specifically opal, to come up with a molecular structure that does a more efficient job of capturing sunlight. They referred to this structure as “inverse opal.”

In simpler terms, the gemstones cause the sunlight to spread out within the thin-film solar panel instead of bouncing directly out. By keeping the sunlight within the solar cell, the solar cell therefore creates more usable energy. This technology could result in solar panels that are 100 times less expensive than conventional solar panels.

The Role of Emerging Technologies

The "inverse opal" structure is a perfect example of the creative thinking driving thin-film solar forward. It's just one piece of a larger puzzle, as scientists are constantly experimenting with new photovoltaic materials and manufacturing techniques. They're exploring compounds like Cadmium Telluride (CdTe) and Copper Indium Gallium Selenide (CIGS) to develop panels that are not only more efficient but also lightweight and flexible enough to be used in new and exciting ways. The ultimate goal is to make solar energy more versatile and affordable than ever before. While this cutting-edge technology is still on the horizon, we at AMECO are always watching these advancements to ensure we provide our customers with the most effective and reliable solar solutions available today.

Breaking Down the True Cost of Solar

Innovations such as this are important for the solar industry, as panel prices have already dropped significantly in the last decade. This has led many industry observers to speculate that silicon PV modules could soon “hit bottom,” at which point further reductions simply wouldn’t be possible.

That would mean that price decreases would have to come from other areas, such as eliminating inefficiencies in the supply chain or even lowering administrative costs. These aspects of solar pricing are referred to as “soft costs,” and they’ve remained relatively flat while panel prices have come down. To reduce prices further, it will be necessary to develop thin-film modules for commercial use.

Homeowners may have to wait a few years for thin-film solar to become commercially available for residential solar energy systems, but that doesn’t mean residents can’t take advantage of solar power today. AMECO can provide your family with a solar electric system that will lower your monthly energy expenses and help you reduce your carbon footprint. For more information, contact us today by calling (888) 595-9570 or emailing gosolar@th2.e81.myftpupload.com!

Are Thin-Film Panels Right for Your Home?

While the idea of flexible, lightweight solar panels is certainly exciting, thin-film technology isn't quite ready for the average home just yet. The main hurdles are efficiency and longevity. For most homeowners, the goal is to generate as much power as possible from a limited rooftop space, and right now, thin-film panels require a much larger area to produce the same amount of energy as their traditional counterparts. Although they have found a niche in certain commercial applications and portable devices, they generally aren't the most practical or cost-effective choice for a residential solar installation today.

Why Crystalline Silicon Remains the Residential Standard

The primary reason crystalline silicon panels are the go-to for homes comes down to performance and durability. Standard solar panels, like the ones we install, typically convert around 20% of sunlight into usable electricity, while most thin-film options are significantly less efficient. This means you'd need to cover a much larger portion of your roof to get the same power output. Beyond efficiency, a home solar system is a long-term investment, and you want it to last. Crystalline silicon panels are known for their robust construction and long lifespans, often backed by 25-year warranties. In contrast, thin-film panels tend to degrade faster with a shorter lifespan of 10 to 20 years, making crystalline silicon the most effective and dependable solar solution for homeowners.

Frequently Asked Questions

Why aren't thin-film solar panels recommended for homes yet? The main reason comes down to efficiency and space. Your roof has a limited amount of surface area, and the goal is to generate as much power as possible from that space. Since traditional crystalline panels are significantly more efficient, they produce more electricity per square foot. To get the same amount of power from thin-film panels, you would need a much larger system, which most residential roofs simply can't accommodate.

What's the main advantage of thin-film panels if they're less efficient? Their biggest strengths are flexibility and their lightweight design. This allows them to be used in ways traditional panels can't, like on large-scale solar farms where space isn't an issue, or integrated directly into building materials. They are also perfect for portable applications, such as roll-up chargers for camping or power sources for RVs and boats, where adaptability is more important than maximum power output.

How much longer do traditional solar panels last compared to thin-film? A home solar system is a long-term investment, and durability is key. The crystalline silicon panels we install are built to last, typically coming with a 25-year warranty and an expected lifespan that can extend even further. Thin-film panels, on the other hand, generally have a shorter operational life, often in the range of 10 to 20 years, as the materials can degrade more quickly over time.

Could thin-film technology make solar more affordable in the future? Yes, that's one of the most exciting possibilities. The manufacturing process for thin-film panels uses less energy and fewer raw materials, which points to a lower production cost. As researchers continue to improve their efficiency and lifespan, this technology could play a major role in making solar energy more accessible and affordable for everyone, though it's not quite there for residential use today.

What are "building-integrated" solar panels? This is an innovative concept where thin-film solar cells are built directly into the construction materials of a building. Instead of placing panels on top of a roof, the solar technology becomes a part of the roof itself, like solar shingles. It can even be integrated into windows as a transparent film that generates electricity. This approach blends energy production with design, creating a seamless and functional aesthetic.

Key Takeaways

• Thin-film solar shows future promise: While its flexibility is exciting for large-scale projects and portable gadgets, this technology isn't efficient enough yet for the limited space on a typical home's roof.
• Performance is the deciding factor for homeowners: Traditional crystalline panels provide higher efficiency, converting more sunlight into power, and offer a much longer lifespan of over 25 years compared to the 10 to 20 years for thin-film.
• Proven technology is your best bet today: For a reliable, long-term investment that maximizes your energy savings, crystalline silicon panels are the established and most effective choice for residential solar installations.

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• Ameco Solar News: UCLA's New Transparent Solar Film Could Be Game-Changer
• Researchers Develop Ultra-Thin, Light-Absorbing Material
• Top Solar Panels for 2023: Maximizing Efficiency | AMECO Solar

Happy Anniversary to AMECO Solar! This year our solar installation company is celebrating our 40th anniversary.

That’s right, forty years! We’ve officially made it over the hill and are taking a look back on the history of our company. From our humble beginnings in 1974 to our many solar successes today in 2014, it has been a bright and sunny journey. Read on below for details on some of our highlighted accomplishments.

1974: Our company is founded under its original name Link (& Sun) Solar. Shortly thereafter, the name is changed to AMECO Solar, Inc.

1978: Congress passes the Energy Tax Act giving homeowners a tax credit for installing solar thermal panels. The law is seen as a way to promote energy conservation and shift away from using oil and gas.

1980: AMECO Solar joins CALSEIA, a nonprofit organization dedicated to spreading solar technology in the state. Later on, Patrick Redgate (our CEO) serves as an elected member.

1982: Thousands of Californians go solar taking advantage of the federal tax credit and the state’s generous rebates. AMECO Solar adds two offices to our original location in Long Beach.

1985: California’s Contractors State License Board (CSLB) creates a license specifically for solar contractors. AMECO Solar is one of the first solar companies to receive it and is given License #483280.

1996: Thanks to Governor Pete Wilson and the State Legislature, California offers solar rebates and incentives through the Emerging Renewables Program for solar electric systems.

2004: Governor Arnold Schwarzenegger promotes the Million Solar Roofs Program, challenging Californians to install 3,000 megawatts by 2017 to cut down on the output of greenhouse gasses.

2007: Authorized by the California Public Utilities Commission, the California Solar Initiative launches with new solar rebates for homeowners and businesses who are customers of SCE, PG&E and SDG&E.

2008: Now that the cost of solar is low and significant rebates are available, AMECO helps even more Californians go solar. We outgrow our offices yet again and move to our current location in Paramount.

2010: Because customers rate us so highly and write such great reviews on Angie’s List, AMECO Solar is awarded our first Angie’s List Super Service Award. We also receive this award in 2011, 2012 and 2013.

2014: AMECO Solar celebrates 40 years of installing solar panels for homeowners and businesses in Southern California. As we look back on our solar success, we are also looking forward to an even brighter future.

The following sources were referenced for this solar infographic: California Energy Commission, California Solar Initiative, Environment California, Wikipedia, Angie’s List, Contractors State Licensing Board, and The Capital Environmental News.

Putting solar panels on your roof in Southern California? It’s very likely that you are installing solar electric panels (or PV panels as we say in the solar industry).

However, there is a whole world of solar energy outside of solar electric systems! The different types range from solar thermal systems to large-scale “CSP” installations, some of which have been around for more than a century! Today we are discussing the top four types of solar that are widely used by Californians.

Solar Electric Systems

Solar electric systems are by far the most common type of solar energy system installed in California. Often referred to as photovoltaic panels or simply “PV”, solar electric panels convert the energy of the sun into usable electricity using the photovoltaic process.

In recent years, the price of solar electric installation has become more affordable thanks to government incentives and rebates, favorable clean energy policies and solar financing. This has led to a surge in residential and commercial solar installation! In fact, California added about 2740 megawatts of energy in 2013. This is an incredibly large amount of solar energy, more than enough to power 600,000 homes.

Solar Hot Water

Sometimes called Domestic Hot Water or DHW, solar hot water is a very mature, reliable technology that has been used in Southern California since the early 1900s. Most homeowners need only 2-4 panels in order to provide the majority of the hot water used in their home. This will provide you with the majority of hot water needed to do your laundry, wash your dishes and keep that shower nice and warm!

Currently, the California Solar Initiative is now offering substantial rebates for residential installs. Combined with the Federal Tax Credit, our recent solar hot water customers are saving 50-60% on their installation costs.

Solar Pool Heating

Ever leave your garden hose out in the sun and notice that the water runs warm as a result? That’s pretty much how solar pool panels warm up your pool’s water. First, water is pumped from your pool and circulated through the solar pool panels on your roof. As the sun beats down on the solar panels, the water within the panels warms up. Then, it drains back to your pool and increases the water to a comfortable temperature.

The majority of pool owners in Southern California can use unglazed solar pool panels made of polypropalene. Not only is it the most affordable, but the material is stronger than plastic panels and can hold up for 20 years or longer.

Concentrated Solar Power

Concentrated solar power, often shortened to the acronym CSP, is used for large-scale installations that supply solar energy to a utility company. By using thousands of mirrors, sunlight is concentrated onto a small area and creates a large amount of heat (or thermal energy). This heat drives a steam turbine and that converts it into electricity.

CSP’s current poster child is the Ivanpah Solar Electric Generating System in the Mojave Desert of Southern California. It went live in February 2014 and is expected to provide enough energy to power 140,000 homes.

One of the tragedies of the recession was that it resulted in steep cuts to educational institutions nationwide.

California in particular dealt with dramatic decreases in school funding at the primary, secondary and university levels, which led to shortened school years, fewer textbook purchases and higher tuition for college students. As a result, these institutions are constantly looking for ways to cut expenses in other areas so that the cuts will have a smaller impact on their students.

Solar Energy Rescues Schools from Budget Problems

Enter California solar energy. School campuses use a lot of power during the day, which leads to very high electricity costs that could be significantly offset by a greater reliance on renewable energy. Various renewable projects have been developed for campuses across the state, but the most viable technology for these purposes is definitely solar photovoltaic (PV).

Not only will switching to solar reduce energy expenditures, it will also provide students and faculty with a clean, renewable source of power that produces no carbon dioxide and helps educate students about the subject of sustainability.

Solar already has a presence on a number of campuses. In fact, the University of California, Riverside, will begin construction on a solar plant with a generating capacity of 3 megawatts (MW) this summer. Experts estimate that it will produce enough power to cover 30 percent of the school’s baseline electricity needs. The panels will take up 11 acres of land on campus, but they’ll be virtually invisible to the public, according to the school’s website.

UC Riverside Buys Cheaper, Cleaner Energy with a PPA

Now that the price of solar is competitive with electricity rates, UC Riverside decided that solar energy would be both the cleanest and most cost-effective energy to use. This is partly due to a power purchase agreement (PPA), which is a financing arrangement where the solar panels are owned by a third-party and the school purchases the electricity produced by the panels. PPAs typically provide a rate competitive with that of grid electricity.

The best part is that UC Riverside’s solar plant has the potential save the school $4.3 million over the course of the 20-year PPA. That’s money that can be repurposed for other projects, including expanding the school to accommodate more students and hiring more professors to teach them.

Of course, schools weren’t the only entities affected by the recession. Many homes, businesses and other public institutions took a big hit when the economy went south. This is why solar is such a vital resource: It provides a terrific money saving opportunity at a time when people are still looking to cut back on whatever expenses they can.

Although solar panels for homes have dropped in price over the last decade, they still require an investment to purchase outright and install.

While this is an affordable possibility for many middle class families, especially given the long term energy savings, it may be difficult for low income households to save money and make such a large upfront investment.

What are the options for those homeowners who don’t have that kind of cash on hand, but want to enjoy the benefits of Los Angeles and Orange County solar power?

After all, these families have as much to gain from renewable energy as wealthy households. And often, low income citizens are disproportionately affected by problems like climate change, rising electricity costs and pollution from coal power plants located near their neighborhoods. There are a couple possible solutions to the problem of affordability for these families.

Subsidized Solar Systems in California

The California Solar Initiative (CSI) set aside some of its budget to fund SASH, a program that pays for solar panel installation on the roofs of single family low income housing.

So far, the program has helped more than 4,000 families go solar and use clean, renewable energy in their homes. In the fall, the California government extended the program through 2021, which means that Grid Alternatives will be helping thousands more install solar panels at an affordable price.

Those interested should review the eligibility requirements on Grid Alternative’s website to see if you qualify for a solar installation through SASH. You may also contact the organization at (866) 921-4696 or sash@gridalternatives.org for more information.

Leasing Solar Panels to Save Money

By leasing panels, you are able to avoid a large upfront installation cost for your solar electric system and spread out the cost through monthly payments. If the savings on your electricity bill offset the lease payment, then it’s a worth investment.

As an example, one of our customers was previously paying electric bills as high as $800 a month. With such a large monthly expense, the family was having a hard time making ends meet. Now that they have installed solar panels, their combined monthly electric bill and lease payment costs about $350.

While still seemingly expensive, it’s a big difference when compared to their previous electricity costs without solar. They now save anywhere from $300-450 a month, which helps relieve pressure from the family’s monthly budget. Much more, they are happy to be using clean energy from the sun instead of dirty energy from coal, oil or natural gas.

If you would like to find out more about leasing solar panels, contact us at (888) 595-9570 or gosolar@th2.e81.myftpupload.com. After understanding your electricity usage and surveying your roof, our solar consultants can run the numbers for a solar lease and present you with an affordable proposal that will fit your needs.

During the past year, our company has been following AB 327, a bill that may affect current and future solar owners. Last time we checked in, AB 327 had just been passed and left the fate of the net energy metering program in the hands of the CPUC (California Public Utilities Commission).

[Editor’s Note: For those who don’t know, net metering is when a solar customer is able to sell back overproduction to the utility company at the same rate that you buy it back at night.]

CPUC Comes to a Compromise

In the past couple months, there has been a lot of movement surrounding the “grandfathering period” for current solar owners who are already enrolled in a net metering program.

First, the utility companies lobbied for short term net metering contracts that would only last 10-15 years. However, CALSEIA and other solar advocacy organizations were successful in getting 50,000 Californian signatures for a petition that demanded a 30 year grandfathering period.

As announced earlier this week by Commissioner Michael Peevey, the CPUC decided that a compromise of 20 years would make the most sense. They primarily based their proposal on the lifetime of a solar array.  While most solar systems can last up to 25-30 years, they are expected to function for a minimum of 20 years. It was also kept in mind that most solar leasing agreements are 20 years long.

The commissioners are scheduled to vote on this proposal in late March to make the decision official.

Importance of California’s Solar Decision

Though the solar industry was fighting for 30 years, most experts observe that the CPUC was fair in proposing 20 years. This period still gives current solar owners plenty of time to take advantage of the benefits of net energy metering.

Currently, net energy metering is being debated in 25 states including two of California’s neighbors: Arizona and Oregon. Our hope is that California’s decision has a positive effect on heated debates across the country and a fair approach is adopted.

The CPUC still has to make many decisions on “Net Metering 2.0”, the program for future solar owners who buy a system on July 1, 2017 or beyond.

Now that we are two months into 2014, we are taking some time to reflect on how 2013 was for the solar industry and what lessons can be learned from the biggest developments.  By almost all counts, it was a big year for solar power.

Across the nation, residential solar installation became more popular thanks to general education of the public about the advantages of the technology and available rebates that help make it more affordable. Additionally, utility companies made a big effort to get large-scale installations up and running (such as Ivanpah in Southern California’s desert).  All of this lead to a surge in solar panel installation and a number of record breaking quarters in 2013.

Looking Back on California’s Solar Growth

Of course, California continues to be one of the leading states for solar expansion.  Our state doubled its total generating capacity for rooftop solar, adding as much photovoltaic (PV) power in 2013 as it had in the 30 years prior. In total, we now have 2,000 megawatts (MW) of rooftop solar.

When you consider utility-scale installations such as the California Valley Solar Ranch, the Golden State actually has a grand total of 4,000 MW of capacity. This makes California by far the state with the most solar, and accounts for a little under 40 percent of all U.S. PV and concentrated solar power.

Why Solar Energy is Rapidly Growing

Having established that the solar industry is growing at a rapid pace, it’s worth understanding why this happened and how we can continue expanding:

• Continuing public policy support: Solar power has enjoyed a very favorable public policy climate so far. The state government and power regulators have continued to fund programs and rebates that make this technology more affordable and accessible to families of all incomes. However, utility companies across the country have been pushing back against these efforts by trying to limit the value of net metering benefits. Regulators should resist calls from these corporations to cut back on rebate programs and continue to provide incentives for the adoption of clean energy technology.

• Declining panel costs: By far the biggest driver in the growth of California solar energy is the fact that module prices have fallen dramatically in the last several years. This trend continued well into 2013, when solar panels dropped in cost by over 9 percent. These decreases are the result of a number of factors, including the fact that solar panel manufacturers have made significant gains in streamlining the supply chain.

• Reducing soft costs: Many industry experts are concerned that panel prices can only come down so much before they “hit bottom,” which means that Los Angeles solar installers are going to need to look at reducing soft costs to continue the downward trend. Soft costs are those aspects of solar production that aren’t dictated by panel prices, such as installation, labor, administrative expenses, supply chain inefficiencies and permitting fees. It’s best for the solar industry to address these problems from both a public policy and innovation standpoint.

In order for Los Angeles and Orange County solar to remain competitive in the future, it is essential for the trends outlined above to continue. That way, the state, and the nation, can move closer to a more sustainable and energy-independent future.

This past Sunday, Bill Nye went on the NBC News show “Meet the Press” to discuss climate change with Congresswoman Marsha Blackburn, a representative from Tennessee.

Of the popular TV show Bill Nye, The Science Guy, Nye is a respected scientist who has never shied away from controversial topics. During this segment, he makes some strong statements about climate change and what can be done to help reduce it.

While he sprinkles scientific facts throughout the 13 minute long segment, the true gems are Nye’s inspirational call-to-action at minute 11:20. He says, “The longest journey starts with but a single step. We all have to acknowledge that we have a problem…it would be in everybody’s best interest to get going, as they like to say, do everything all at once.”

Nye then lists out actions that we can take that will help us move away from climate change. These actions include having fewer coal-fired plants, producing less energy waste, requiring more efficient transportation systems, and making more reliable electricity transmission systems.

He continues with an important statement where he says “We want to do more with less.” As he begins to touch on solar energy production, he’s cut off by the debate mediator and the segment ends shortly thereafter.

Nye’s comments are a great reminder about why some of us got into the solar industry. Sure, a solar panel installation can save a homeowner or a business a great deal of money. There’s no denying that this is an important benefit of solar energy.

However, relying on the sun for your electricity is undeniably good for our entire planet. For us, one solar installation in Southern California means that we are one step closer to closing a dirty energy plant and helping to reduce climate change.

Watch the entire video of the Nye/Blackburn climate change debate on the NBC News “Meet the Press” website.

Tired of unpredictable utility bills? It often feels like you have no control over rising rates and fluctuating costs. But what if you could generate your own power and slash those expenses? That’s exactly what going solar lets you do. By using the sun for your electricity and water heating, you can seriously reduce your monthly bills and shrink your carbon footprint. Our solar infographic breaks down the different ways you can save. See your potential savings for yourself with our free solar calculator.

If you’re unclear why so many Southern Californians have made the switch to solar, check out our new solar infographic featuring the swashbuckling Three Solar-keteers!

The Science Behind Solar Power

It might sound like something out of a sci-fi movie, but the science behind solar power is actually pretty straightforward. At the core of every solar panel are photovoltaic (PV) cells, which are usually made from silicon. Think of sunlight as being made up of tiny energy particles called photons. When these photons hit the PV cells, they transfer their energy, knocking electrons loose from their atoms. This creates a flow of electrons, which is just a fancy way of saying it generates an electric current. This is the same electricity that you can then use to power everything in your home, from your lights to your laptop. It's a clean, direct conversion of sunlight into usable energy, happening right on your rooftop.

What's truly amazing is the sheer scale of the sun's power. The sun beams more energy onto the Earth in a single hour than the entire world uses in a full year. Tapping into even a tiny fraction of that abundant, free energy is what makes solar such a game-changer for homeowners. By installing a solar system, you're essentially setting up your own personal power plant that runs on a clean, limitless fuel source. This is how you can significantly reduce your reliance on the grid, lower your electricity bills, and gain more control over your energy supply. At AMECO, our entire approach is centered on helping you harness this incredible resource in a way that's tailored perfectly for your home and your family's needs.

How Solar Panels Power Your Home

A rooftop photovoltaic (PV) solar electric system allows you to run your home on sunlight rather than relying solely on power from the grid. By taking advantage of a net metering program, you can earn credits on your bills by selling power back to the grid. In addition, the federal government will cover up to 30 percent of the cost of your system through the Renewable Energy Tax Credit.

With AMECO Solar, you have the option to lease your solar panels or take out a loan for the installation costs. Both options will allow your family to switch to Los Angeles or Orange County solar power without having to make a large upfront investment. And you’ll still save thousands on your electricity bills over the life of the system!

From Sunlight to Usable Energy

It might seem like magic, but the science behind solar panels is surprisingly straightforward. Your panels are made up of photovoltaic cells, which are typically crafted from silicon. When sunlight hits these cells, it energizes the electrons within the material, causing them to move and create an electrical current. Think of it as the sun giving your roof a little nudge to get things flowing. This initial flow of power is known as Direct Current (DC) electricity. It’s the first crucial step in generating your own clean power, but it’s not quite ready to run your coffee maker or charge your phone just yet. That’s where the next piece of the puzzle comes in, converting this raw solar energy into a format your home can use.

The Role of the Inverter: DC to AC

The DC electricity your panels produce needs a translator before your home can use it. This is the job of an inverter, a vital component of every solar system. Your home’s appliances, lights, and outlets all run on Alternating Current (AC) electricity, which is the standard supplied by utility companies. The inverter’s sole function is to take the DC power from your solar panels and convert it into usable AC power. It works silently in the background, ensuring a seamless flow of energy to every part of your home. Our customized approach ensures we select the right inverter to match your system’s size and your family’s energy needs, maximizing efficiency.

What Happens When the Sun Isn't Shining?

This is one of the most common questions we hear, and it’s a great one. Solar panels are powered by light, so they don’t generate electricity in the dark. But that doesn’t mean your home goes dark, too. You have two excellent options for keeping the lights on after sunset or on very overcast days. The first option is to draw power from the traditional utility grid, just as you did before going solar. Thanks to programs like net metering, you can use credits you’ve earned from sending excess solar power to the grid during the day to offset the cost of any power you use at night. This ensures you’re still saving a significant amount on your energy bills.

The second, and increasingly popular, option for California homeowners is adding a solar battery. A battery stores the excess energy your panels produce during peak sunlight hours. Then, when the sun goes down or a power outage occurs, your home automatically switches to using the clean energy stored in your battery. This provides true energy independence and peace of mind, knowing your home is protected from blackouts while running on the power you generated yourself. Deciding between these options depends entirely on your goals, whether they are maximum savings, complete energy security, or a combination of both.

Using Stored Energy with Solar Batteries

A solar battery acts as your personal energy reservoir, giving you control over the power your panels produce. During the day, when your system is generating more electricity than your home is using, the surplus energy is used to charge the battery. Instead of sending that valuable power back to the grid, you save it for later. When evening comes, your home seamlessly begins drawing from the battery. This is especially critical during power outages, as a solar battery backup system can keep your essential appliances running without interruption. It’s the key to achieving energy independence and ensuring your family stays comfortable and secure, no matter what’s happening with the grid.

Drawing Power from the Grid

If you choose not to install a battery, your solar system will still work in perfect harmony with the local utility grid. When your panels aren’t producing power, like at night, your home will automatically draw electricity from the grid to keep things running. But here’s the best part: you’ll likely be paying very little for it. Through a program called net metering, you earn credits for all the excess solar power your system sends to the grid during the day. These credits are applied to your bill, offsetting the cost of any electricity you pull from the grid later. It’s a smart system that ensures you get the maximum financial benefit from your solar investment. You can see your potential savings with our solar estimate calculator.

How Solar Hot Water Systems Work

Solar water heaters are a great option for those who want to save even more money on your energy bills. By providing up to 80 percent of your hot water needs, you can cut your energy expenses by as much as 70 percent.

Government incentives and solar thermal rebates allow you to save money on the installation costs. At this point in time, you can potentially get 50-60% of your money back by cashing in on the available incentives. In addition, these systems typically last 25 to 30 years, which means you won’t have to worry about replacement for quite some time.

Extend Your Swim Season with Solar Heat

Heating a swimming pool is a considerable expense when relying on a gas or electric heater. Even in the summer when the sun is shining, keeping a large pool warm can cost hundreds of dollars a month.

But with a solar pool system from AMECO Solar, you’ll be able to heat your pool to a reasonable temperature while saving all the money you would have spent on utility bills. Plus, once the solar pool heater is installed, there are little-to-no costs to keep it running each year.

The Bigger Picture: The Impact of Solar Energy

Switching to solar does more than just lower your electricity bill; it connects you to a powerful global movement. While the savings are a fantastic and immediate perk, the larger impact of solar energy is reshaping our world for the better. Understanding this broader context can make your decision to go solar feel even more meaningful. It’s about tapping into an abundant, clean resource to build a more sustainable and resilient future for everyone.

The Sun’s Immense Potential

It’s hard to wrap your head around just how powerful the sun is. In just an hour and a half, it sends enough energy to Earth to power the entire globe for a full year. For a long time, the challenge was figuring out how to capture and use that energy effectively. Now, technology has caught up to the sun's potential. Thanks to major advancements, solar has become the cheapest way to produce electricity. By installing panels on your roof, you’re not just generating power for your home; you’re plugging into the most abundant energy source available to humanity.

The Growth of Solar Power in the U.S.

Solar panels are no longer a rare sight. You see them on rooftops in your neighborhood, on carports at the local grocery store, and across large commercial buildings. This isn't just a California trend; solar power is quickly becoming a common energy source across the United States. This widespread adoption shows a collective shift in how we think about power. We see this firsthand in our work with both homeowners and businesses who are ready to declare their energy independence. The growth is happening because more and more people realize that solar is a practical, reliable, and financially smart choice.

Economic and Health Benefits of Solar

The positive effects of solar energy ripple out in two significant ways: it strengthens our economy and improves public health. These aren't abstract benefits; they translate into real-world savings and healthier living conditions for families and communities. When you choose solar, you’re making an investment that pays dividends far beyond your own property line.

Making Energy More Affordable

On a national scale, the economic impact of clean energy is massive. For example, the EPA’s Clean Power Plan was projected to save Americans $155 billion on energy bills over a decade. While that number is impressive, the savings that matter most are the ones you see every month. By generating your own power, you protect yourself from rising utility rates and unpredictable costs. Curious what that could look like for your home? You can use an estimate calculator to get a personalized idea of your potential savings and see how quickly a solar investment can pay for itself.

Creating Healthier Communities

The economic benefits are compelling, but the health advantages are truly life-changing. Generating electricity from fossil fuels releases harmful pollutants into the air, contributing to respiratory issues like asthma. In fact, one clean energy plan was expected to prevent an estimated 90,000 childhood asthma attacks. By switching to solar, you help reduce our collective reliance on polluting power plants. This directly contributes to cleaner air and healthier communities, creating a better environment for your family and your neighbors to thrive in.

Solar Energy in the Context of Clean Power

Ultimately, solar energy is a cornerstone of the global transition to a more sustainable future. It’s a key part of how we will meet our energy needs without harming the planet. For many Californians, it’s also a direct path to greater energy independence and security. Frequent power outages have made it clear that the traditional grid has its vulnerabilities. By pairing a solar system with a battery backup, you can keep your lights on and your essentials running, even when the grid goes down. This makes your home a self-sufficient and resilient part of a cleaner energy landscape.

Which Solar Solution Is Right for You?

Solar energy has grown substantially in the past few years due the incredible savings that families will realize by making the switch.

If you’re interested in finding out how you can benefit from this technology, contact AMECO Solar by calling (888) 595-9570 or emailing us at gosolar@th2.e81.myftpupload.com today. We can perform a free solar evaluation on your property and give you a rundown of the installation and financing processes.

Frequently Asked Questions

What happens if my solar panels produce more electricity than I use? When your system generates more power than your home needs, the excess energy is typically sent back to the local utility grid. Through a program called net metering, you earn credits for this extra power. These credits are then applied to your utility bill, which helps offset the cost of any electricity you might need to draw from the grid at night or on cloudy days. This ensures you get the full financial benefit of every bit of energy your panels produce.

Do solar panels work when it's cloudy or raining? Yes, solar panels can still produce electricity on overcast days, though their output will be lower than on a bright, sunny day. Panels are activated by light, not heat, so even diffused sunlight will generate some power. For days with heavy cloud cover or at night, your home will seamlessly draw power from the utility grid or, if you have one, from your solar battery.

Will I still have power during a blackout if I have solar panels? If you only have solar panels, your system is designed to automatically shut down during a grid outage. This is a safety measure to protect utility workers who may be repairing power lines. However, if you pair your solar panels with a battery backup system, you can maintain power during a blackout. The battery stores your excess solar energy, creating an independent power source that can keep your essential appliances running until the grid is restored.

How is a solar water heater different from solar panels for electricity? While both use the sun's energy, they serve different purposes. Photovoltaic (PV) solar panels convert sunlight directly into electricity to power your entire home. A solar water heater, on the other hand, uses a technology called solar thermal. It uses collectors to absorb the sun's heat and transfer it to the water stored in your tank. This system specifically targets your water heating costs, which are often a large part of a home's energy bill, and can work alongside a PV solar system.

How long do solar energy systems last? Modern solar energy systems are built for durability. Solar panels typically come with a performance warranty of 25 years and can continue producing power long after that. Key components like inverters usually have warranties ranging from 10 to 25 years, depending on the model. Similarly, solar water heating systems are very robust, often lasting 25 to 30 years with minimal maintenance. It's a long-term investment designed to provide clean energy and savings for decades.

Key Takeaways

• Solar power is a direct energy conversion: Your solar panels use photovoltaic cells to turn sunlight into DC electricity. An inverter then changes this to the AC electricity your home uses, creating a personal, clean power source right on your roof.
• You have options when the sun isn't shining: At night, your home can either draw power from the utility grid, often using credits you’ve earned, or it can pull from a solar battery that stored your surplus energy from the day.
• Solar offers more than just electricity: Beyond powering your home, solar technology can also heat your water and swimming pool, which significantly reduces your reliance on gas or electric heaters and cuts down on utility costs.

Related Articles

• Understanding Solar Panel Components And How They Work | AMECO Solar
• The Ultimate Guide to How Solar Panels Work
• Energy Saving Solar Panels: A Homeowner's Guide

As electric vehicles become more mainstream, consumers are making the connection between electric vehicles and solar energy. It’s an easy marriage: both technologies save you money on energy costs while also reducing your reliance on dirty energy.

In the last couple months, we have kept our eye out for news on the combination of these two technologies. To date, the idea of using an electric vehicle as solar battery backup and Ford’s solar concept car have proved to be the most interesting.

Electric Vehicles Moonlighting as Battery Storage

A year ago the University of Delaware introduced a fleet of retrofitted Mini Coopers that act as a mini power plant. The electric cars can be plugged in to get charged, but they also have the ability to send electricity back to the grid.

Many solar experts see the university’s experiment as a solution to the battery backup woes of solar owners across the nation. Ideally, an EV owner could charge their car with solar energy during the day and then use any excess energy to power their home at nighttime.

Getting approval is undoubtedly the largest obstacle in spreading this innovative idea across the nation. In order to receive authorization, the vehicle-to-grid project relied on the help and support of many different companies and organizations. It may not be as easy to get approval from utility companies and local cities based in Southern California.

Ford’s New Solar Powered Vehicle

Though we are partial to our Chevy Volt, we’ve had our eye on the Ford C-Max Solar Energi Concept Car that is powered by solar panels. Engineers adapted the highly-efficient SunPower solar panels that are typically installed on homes and businesses to make special, thin-film panels for the car.

On its own, the solar panels need a week’s worth of sun in order to charge it completely. However, Ford has partnered with the Georgia Institute of Technology to help solve this problem with a special parking canopy. Essentially, the canopy magnifies the sun’s rays so that the charge time is condensed into a 6-7 hour time period.

The solar vehicle is still in development, and much work still needs to be done to make the car more affordable and efficient. With consumer demand and a push for car companies to become more sustainable, we’re hopeful that the concept car will become a reality sooner than later.

Online news articles sourced for this blog post: CES 2014: Ford to debut C-Max solar concept car, Let the Sun In: Ford C-Max Solar Energi Concept Goes Off the Grid,  Electric cars may hold solution for power storage, and Technology milestone reach on UDaily

Harry, our solar customer in Long Beach, previously worked as the financial manager of the Energy Supply and Management Department at the Southern California Edison company.  It was his department that did all the buying and selling of SCE’s power needs to the Power Exchange.  Because of his position, Harry experienced the California electricity crisis of the early 2000s firsthand.

The crisis made him realize that the price of electricity from the grid was not going to be reliable in the future. “I saw the writing on the wall. Energy prices were only going to go up,” he explained. By installing solar panels on his home, he could generate his own solar energy and avoid the rising costs of electricity.

AMECO installed his first solar system back in 2002. Since then, Harry has become even more energy independent by installing a solar hot water system and adding more solar panels to the original solar electric system.

Inverter as an Alternative to Battery Backup Systems

After 12 years, Harry decided to replace the original SMA Sunny Boy inverter even though it was doing fine. Most inverters are expected to last for ten years, so Harry’s inverter had already lasted two years longer than expected and could have potentially lasted longer. We at AMECO Solar aren’t surprised that the equipment was still working well; the inverter manufacturer, SMA, is known for their reliable and advanced inverter technology.

Harry asked AMECO for advice on which inverter he should choose. “Pat is very knowledgeable about solar technology and one of the smartest guys in the business,” said Harry.

Pat recommended a new, groundbreaking inverter called the Sunny Boy TL-US from SMA. Not just an efficient transformer-less inverter, it also allows for a small amount of secure power supply when the electric grid goes down. Since it is cheaper and easier to install than a battery backup system, this specific inverter serves as a good alternative.

How the Sunny Boy TL-US Works

When your inverter is installed, a special electric plug is connected to it. If the grid goes down, you simply flip the switch on the plug and turn it on. It uncouples itself from the grid (for safety) and powers a 120-volt AC electric outlet. As long as the sun is shining, you can use the plug to power small appliances up to 1500 watts (such as a laptop, gaming devices, small fan or cell phone charger). Once the electric grid is back up, just flip the switch to the off position and the inverter will go back to its normal operation.

SMA has implemented certain checks to ensure safety. One safety feature is that the plug will automatically disconnect if you try to draw more than 1500 watts. Then, it will try to reconnect every 20 seconds until the load is below 1500 watts.

Use Solar Power During Blackouts

In the event of a blackout, Harry has some peace of mind now that he has the new SMA Sunny Boy TL-US inverter. While his neighbors will be out of electricity during a blackout, he’ll be using energy from his solar panels to power some of his electricity needs.

Want to install a solar system or replace your old inverter with the new Sunny Boy TL-US ? Contact the experts at AMECO Solar by emailing us at gosolar@th2.e81.myftpupload.com or calling us toll-free at (888) 595-9570.

When a major program like 60 Minutes airs a segment claiming clean technology is “dead,” it’s hard not to be a little shocked. As a company that has been installing solar in California since 1974, that claim feels like it's from another reality. The report made several points about the future of renewables that simply don't match what we see every day. We see high demand, falling costs, and a real desire for energy independence. This article is our response, based not on sensational headlines, but on decades of hands-on experience.

What is "60 Minutes"?

Before we get into the details of the report, it helps to understand what “60 Minutes” is and why its perspective carries so much weight. For decades, the show has been a cornerstone of American television journalism, known for its in-depth stories and high-profile interviews. It’s a program many of us grew up with, trusting it to deliver thoughtful, well-researched news. This long-standing reputation is precisely why a segment dismissing the entire clean energy sector is so jarring and deserves a closer look. The show’s influence means its reports can shape public opinion, making it crucial to check the facts when they cover a topic as vital as the future of our planet’s energy.

The Show's Origins and History

“60 Minutes” first aired on CBS back in 1968, created by Don Hewitt and Bill Leonard. They designed it as a "news magazine" for television, featuring several distinct segments in each episode, much like articles in a print magazine. This format was a departure from traditional nightly news and allowed for deeper, more narrative-driven storytelling. It quickly became the gold standard for this style of broadcast journalism, setting the stage for many similar programs that would follow over the years. Its unique approach gave reporters the time and resources to dig into complex issues, establishing a new form of television news.

Investigative Reporting from the Start

From its earliest days, the show built its identity on a specific style of reporter-centric investigation. Instead of just presenting facts, correspondents became part of the story, conducting tough interviews and uncovering details that might otherwise stay hidden. This method, often confrontational but always compelling, turned journalists like Mike Wallace into household names. The show’s commitment to investigative work cemented its reputation as a tough, credible news source that wasn’t afraid to hold powerful people and institutions accountable for their actions.

The Enduring Legacy of Andy Rooney

For more than 30 years, from 1978 to 2011, each episode of “60 Minutes” ended with a segment from Andy Rooney. His witty, and often grumpy, commentary on everyday life provided a lighthearted counterpoint to the serious investigative pieces that preceded it. Rooney would muse on everything from the contents of his desk drawer to the absurdity of modern packaging, becoming a beloved cultural icon in his own right. His closing thoughts gave the show a unique personality and a human touch that resonated with millions of viewers each week.

A Look at the Show's Impact

The influence of “60 Minutes” on American culture and journalism is hard to overstate. Since moving to its Sunday night time slot in 1975, it has consistently been one of the most-watched programs on television. Its success demonstrated that thoughtful, serious journalism could also be a massive commercial success. The show proved that audiences had an appetite for substance, and its ratings dominance for many years gave CBS a powerful and prestigious anchor for its primetime lineup, influencing how other networks approached news programming.

Record-Breaking Ratings

For a news program to achieve the kind of ratings “60 Minutes” has is remarkable. It holds the record for being the longest-running primetime show to air in the same time slot in U.S. television history. For five seasons, it was the number one most-watched show in the country, a feat unheard of for a news magazine. This incredible viewership gave the show a massive platform, allowing its reports to reach a broad and diverse audience and spark national conversations on a weekly basis.

Prestigious Awards and Recognition

The quality of its journalism has been consistently recognized with the industry’s highest honors. “60 Minutes” has won more Emmy Awards than any other primetime program in history, with a staggering 138 wins. It has also received 20 Peabody Awards, which celebrate excellence in storytelling in broadcasting. These accolades reflect a long history of impactful reporting and a commitment to journalistic standards that have, for the most part, defined the show’s legacy and built a deep well of public trust.

Meet the Correspondents

A huge part of the show's identity is its team of on-air correspondents. These journalists are the faces of "60 Minutes," and their reporting styles have defined the program across different eras. They are known for their tenacity and ability to secure interviews with some of the most elusive and powerful figures in the world. The roster of correspondents, both past and present, reads like a who's who of broadcast journalism, each bringing their own unique voice and expertise to the stories they cover for the program.

Current Hosts

The current team continues the show's tradition of in-depth reporting. It includes veteran journalists like Lesley Stahl, who has been with the program since 1991, alongside Scott Pelley, Bill Whitaker, and Anderson Cooper. More recent additions such as Jon Wertheim, Sharyn Alfonsi, and Cecilia Vega have also joined the ranks, bringing fresh perspectives to the storied news magazine. Together, they cover a wide range of topics, from politics and international conflicts to science and culture.

Famous Former Hosts

The show’s legacy was built by a group of legendary journalists who became icons of the industry. Mike Wallace was famous for his tough, no-nonsense interview style, while Morley Safer was known for his masterful storytelling. Dan Rather and Ed Bradley also had long, distinguished careers on the program, contributing to some of its most memorable and impactful reports. These correspondents established the show's reputation for fearless journalism and set a high bar for all who followed.

How to Watch "60 Minutes"

Even with all the changes in how we watch television, "60 Minutes" remains accessible. The show has maintained its traditional broadcast slot for decades, making it a Sunday evening ritual for many families. But for those who have cut the cord or prefer to watch on their own schedule, there are plenty of digital options available. This flexibility allows the show to reach a modern audience while still serving the loyal viewers who have been tuning in for years.

When It Airs

Since late 1975, “60 Minutes” has reliably aired on Sunday nights at 7:00 p.m. Eastern Time on CBS. This consistent scheduling has made it a television institution and a fixture in American homes. While it is sometimes delayed by live sports coverage, particularly during football season, viewers know they can almost always count on finding it in its long-held time slot. This predictability has been a key factor in its enduring success and loyal following.

Where to Stream Full Episodes

If you miss the Sunday broadcast, it’s easy to catch up online. Full episodes of “60 Minutes” are available for streaming on the CBS News website and on the streaming service Paramount+. These platforms also offer extra content, including unaired footage and interviews, allowing viewers to get more context on the stories featured in the show. This digital access ensures the program's journalism can be viewed anytime, anywhere.

Recent Changes and Past Controversies

Despite its esteemed history, “60 Minutes” has not been without its challenges and criticisms. Like any long-running institution, it has faced periods of transition and has had to address questions about its reporting. Recently, the show has been undergoing some significant shifts behind the scenes, and it has a history of controversial segments that have drawn public backlash. These instances serve as a reminder that even the most respected news organizations can sometimes get the story wrong.

A New Direction for the Show

Under new leadership at CBS News, “60 Minutes” is reportedly being pushed in a new direction. The focus is shifting toward more "hard-hitting" investigative stories, potentially moving away from some of the softer features the show has also been known for. While a renewed emphasis on investigative journalism can be a good thing, it can also create pressure to produce sensational reports that generate buzz, which may have been a factor in the segment on clean energy.

Key Staffing Updates

Change is also reflected in the show's staffing. Following a series of recent job cuts across CBS News, many long-time producers and staff at “60 Minutes” are expected to be let go. Such significant turnover can impact the institutional knowledge and editorial judgment within a newsroom. When experienced hands leave, it can alter the culture and direction of a program, sometimes leading to shifts in the tone and quality of its reporting as new teams and workflows are established.

Notable Controversies Throughout its History

The clean energy segment isn't the first time "60 Minutes" has faced criticism for its reporting. The show has been at the center of several major controversies over the years. For example, a report on unintended acceleration in Audi cars and another on the pesticide Alar on apples were both accused of using questionable reporting techniques that created public panic. These past incidents show a pattern of occasional sensationalism and highlight the importance of questioning their narratives.

Investigative Reporting and the Rise of Clean Energy

While "60 Minutes" continues to produce compelling reports on important topics, from the stress facing air traffic controllers to the use of drones in modern warfare, its recent take on renewable energy feels like a significant misstep. The claim that the clean energy industry is "dead" is completely disconnected from the reality we see every day. Here in California, the demand for sustainable energy solutions is stronger than ever. Homeowners are actively seeking ways to lower their electricity bills, gain independence from an unreliable grid, and reduce their carbon footprint. This isn't a dying trend; it's a powerful movement that is reshaping how we power our lives.

For over 50 years, our team at AMECO has been dedicated to helping families and businesses make the switch to clean energy. We've seen firsthand how advancements in technology have made solar more efficient and affordable than ever before. The idea that this progress is stalling couldn't be further from the truth. In fact, the combination of solar solutions and battery backup systems is becoming the new standard for homeowners who want reliable power, especially with the increasing frequency of blackouts. This isn't just about saving money—it's about taking control of your energy future, a choice that thousands of Californians are making every year.

Why Is Demand for Solar Energy Soaring?

To begin with, demand for renewable energy is at an all-time high, and continues to grow year in and year out. As  RenewableEnergyWorld.com notes, renewables, including California solar power, provided 19 percent of global energy consumption in 2011, the latest year for which such data is currently available.

In addition, it should be made clear that solar energy in particular, which was a special target in the 60 Minutes segment, has been thriving over the last decade and continues to grow at an exponential pace. The Solar Energy Industries Association reports that 2013 was a record breaking year for solar installation in the United States and 2014 promises to be even better.

Additionally, California added more solar energy in 2013 than it had in the previous 30 years combined. None of these facts sound like symptoms of an industry that is dying.

Are Investors Still Betting Big on Renewables?

Furthermore, the 60 Minutes report gets a number of smaller facts wrong, including its description of Vinod Khosla, a venture capitalist featured heavily in the segment. Khosla is held up as an example of an investor who lost faith in renewable energy after having plowed over a $1 billion into the industry and seeing no returns.

However, Khosla himself has published an open letter to CBS claiming that the network got the facts completely wrong: Not only has he invested nowhere near $1 billion, he has seen a solid return from his interests and will continue supporting the renewable energy sector.

What's the Real Future for Clean Technology?

It’s not known why 60 Minutes and Stahl got so many facts wrong, nor why they pushed an agenda that is firmly against the expansion of renewables. However, it’s indicative of the continued struggle that the solar industry faces to demonstrate its importance for achieving renewable energy goals.

It’s important for clean technology advocates to enumerate the benefits of solar power, which include lower pollution levels, job creation and improved finances for both households and businesses.

The Role of Combined Solar and Roofing Expertise

When you decide to go solar, you're not just adding technology to your house; you're making a major update to your roof. That's why working with a team that understands both is so important. A professional installer with deep expertise in both solar solutions and roofing ensures your system is integrated seamlessly and safely, protecting the structural integrity of your home. This combined approach prevents potential issues like leaks and ensures the installation is not only efficient but also aesthetically pleasing. At AMECO, our decades of experience mean we handle every project with a holistic view, making sure your roof is in optimal condition to support your solar investment for years to come, all under a more inclusive and simplified warranty.

Achieving Energy Independence at Home

One of the most powerful benefits of switching to solar is gaining control over your own energy. Instead of being subject to fluctuating utility rates and an unreliable grid, you can generate your own clean power right from your rooftop. This move toward energy independence means lower monthly electricity bills and a significantly smaller carbon footprint for your household. For residential customers in California, this offers stability and peace of mind, especially during power outages. By pairing your solar panels with a battery backup system, you can store excess energy to use at night or during a blackout, making your home a truly self-reliant and sustainable sanctuary.

Frequently Asked Questions

Why would a respected show like "60 Minutes" report that clean energy is failing if it's actually growing? It's hard to know the exact reasons behind their editorial choices. Sometimes, news programs aim for sensational stories that create a lot of buzz. While "60 Minutes" has a long history of quality journalism, this particular segment seems to have missed the mark by focusing on a narrative that doesn't match the data or the real-world experience of professionals in the field. The reality, especially here in California, is a thriving industry driven by high demand and continuous innovation.

With conflicting reports out there, is solar still a smart financial decision for my home? Absolutely. The fundamentals that make solar a great investment haven't changed. It allows you to generate your own power, which significantly reduces or even eliminates your monthly electricity bills. Think of it as pre-paying for decades of energy at a fixed cost. For many homeowners, the system pays for itself over time and then continues to provide free, clean energy for years to come, adding value to your home and giving you predictable expenses.

You mention energy independence. What does that really look like for a homeowner? Energy independence means you are no longer completely reliant on your local utility company. On a practical level, it means you have more control over your power supply and costs. When you pair solar panels with a battery backup system, you can store the extra energy your panels produce during the day. You can then use that stored power at night or, more importantly, during a grid outage, keeping your lights on and essentials running when the neighborhood goes dark.

Why is it so important to use a company that specializes in both roofing and solar? Your solar panels are mounted directly onto your roof, making them an integrated part of your home's structure. Using a company with expertise in both fields ensures the installation is done correctly, protecting the integrity of your roof and preventing future problems like leaks. It simplifies the process, as one team manages the entire project, ensuring your roof is in the right condition to support the solar system for its full lifespan.

What are the main reasons California homeowners are switching to solar now? The motivation is usually a combination of practical and personal reasons. Many are tired of unpredictable utility rate hikes and want to lock in lower, more stable energy costs. The increasing frequency of power outages has also made the reliability of a solar and battery system very appealing. Beyond the financial savings and stability, many people simply want to reduce their environmental impact and take a tangible step toward a more sustainable lifestyle.

Key Takeaways

• Look beyond the headlines: Despite what some media reports suggest, the renewable energy sector is growing rapidly. Real-world data shows record solar installations and continued, strong investment in clean technology.
• Solar offers true energy control: The high demand for solar is driven by homeowners wanting to reduce electricity costs and gain independence from an unreliable grid. Adding a battery backup system provides even greater security and peace of mind.
• Combine solar and roofing expertise for the best results: A solar installation is also a major roofing project, so it's essential to choose an installer who specializes in both. This integrated approach protects your home's structure and ensures your investment is built to last.

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The University of California, Riverside will be hosting a conference in February where state energy officials and private citizens will gather to discuss the solar industry and its prospects for growth in the future. The conference, which is being hosted by the UC Riverside Southern California Research Initiative for Solar Energy (SCRICE), will be held at the Bourns College of Engineering Center for Environmental Research and Technology.

Educating Officials about the Solar Energy Industry

Riverside is one of the most active areas in the state in terms of solar energy development, and has become a major industry focus. The university itself has announced plans to build a large solar panel array on its property to provide the school with a third of its energy needs.

Therefore, its little surprise that such a conference would be held at UC Riverside. The event will include several speakers including David Hochschild, a member of the California Energy Commission, Sarah Kurtz of the National Renewable Energy Laboratory and V. John White of the Center for Energy Efficiency and Renewable Technologies.

“This conference is meant to be a one-stop for officials interested in the latest trends and developments in the solar energy industry,” said Alfredo Martinez Morales, managing director of the SCRICE.

Spotlight on Solar Growth in California

There’s certainly a lot to talk about when it comes to solar power in California. Our state continues to lead the nation in solar installations by a significant margin. It doubled its rooftop generating capacity from 1,000 megawatts (MW) to 2,000 MW in 2013, adding more solar installations in one year than had been built in the previous 30 combined.

Overall, about 40 percent of the country’s solar power generating infrastructure is located here, and it appears that this trend will continue well into the future as the state movies closer to its Renewable Portfolio Standard goals. These benchmarks require that the state’s utilities derive one-third of the electricity they produce from renewable sources such as Orange County solar and wind power.

Solar Successes Stem from Solar Rebates and Policies

The key to this growth has been a public policy environment that has aggressively supported the solar industry. Programs such as  net metering and federal tax incentives have lowered the cost of solar for those who want to convert their homes. In addition, the availability of leasing options and power purchase agreements has given homeowners more flexibility in choosing how they want to pay for their panels.

Hopefully the conference yields dividends in terms of generating ideas and educating the public about this terrific technology, which is helping Southern Californians save thousands of dollars on their electricity bills.

For more information about how your family can also lower your electric bills,  contact AMECO Solar today by calling (888) 595-9570 or emailing GoSolar@AmecoSolar.com.

Mark Ferron, an outgoing commissioner on the California Public Utilities Commission (CPUC), voiced strong support for California solar incentives in a farewell letter he sent on his final day in office. Ferron is stepping down due to an ongoing fight with prostate cancer.

In his letter, he urges the commission to resist efforts by the state’s utilities to curb the growth of distributed generation (DG) and instead represent the interests of solar customers and renewable energy in general.

CPUC Regulates Utilities and Solar Rebates

The CPUC, which regulates our state’s investor-owned utilities (including Southern California Edison), is tasked with determining the rates that customers pay for their power. They are also in charge of approving incentive programs that are designed to encourage the growth of DG resources.

Utilities companies must first ask permission of the CPUC in order to increase their rates or change the types of rebates they offer solar customers.  Because of this, the CPUC plays a pivotal role in determining whether solar power will continue to grow in California.

Ferron’s Opinion on AB 327 in Relation to Solar

Ferron urged caution in dealing with AB 327, a new law that gives the CPUC authority to determine whether utility companies can charge a flat fee to all customers (including solar customers) and set guidelines for the California’s Net Energy Metering program (a program that allows solar panel owners to make solar energy and sell it back to the utility company).

“…Recognize that this is a poisoned chalice: the Commission will come under intense pressure to use this authority to protect the interests of the utilities over those of consumers and potential self-generators, all in the name of addressing exaggerated concerns about grid stability, cost and fairness,” Ferron wrote in his letter. “You – my fellow Commissioners — all must be bold and forthright in defending and strengthening our state’s commitment to clean and distributed energy generation.”

Ferron Stresses Importance of Solar Moving Forward

Utility companies have generally been reluctant to support rooftop solar power because they believe that solar customers are not paying their fair share of the “soft costs” of operating a grid, namely transmission and maintenance. However, solar industry advocates have made the case that solar rate payers are in fact providing positive benefits for the grid by allowing the utility companies to spend less on building more plants.

Solar advocates also point out that utility companies have been relatively slow when it comes to construction of new solar panel plants. If California is to meet its renewable portfolio standard (RPS) — which requires the state to derive 33 percent of its electricity from renewables by 2020 — it’s going to need more rooftop solar generating capacity.

By allowing electric companies to slow the growth of this technology, Ferron argues, it will make it less likely for the state to accomplish its RPS goals. Hopefully, the CPUC takes Ferron’s letter to heart and protects California’s environmental and economic future by backing California solar rebate programs.

It’s been a record-breaking year for solar energy. In the past twelve months, the United States installed an estimated 13 gigawatts of solar energy across our 50 states. That’s enough to power 2,000,000 homes!

Not to mention, the solar industry is now employing almost 120,000 people at more than 6,100 companies. Solar panel installation is not just good for your pocket book, it is also great our economy.

There’s no sign that the solar industry will slow down. Many project that 2014 will be even more successful! More great facts are at SEIA’s America Supports Solar website.

The Solar Energy Industry Association (also known as SEIA) invited solar enthusiasts across the country to celebrate by posting photos of their support online. Some of our employees joined in the fun and took photos with our signs of solar support. Check out our photo galleries on the AMECO Solar Facebook page.

Location: Westminster, CA
System Type: Solar Electric (PV)
System Size: 6.09 kilowatts
System Details: 21 LG Solar Panels with 21 Enphase Microinverters and Online Monitoring
Year Installed: 2013

Electric Bill Before: $389
Electric Bill After: $155
Bill Reduced by 60%!

Each year Yvonne and Tim’s neighborhood turns into a holiday wonderland where all the homes are decorated with elaborate Christmas light displays. Though they loved getting in the holiday spirit and putting up their own lights, they did not like receiving their electric bill afterwards. Sometimes their holiday bill would run as high as $375 or more!

Though they had looked into solar a few years before, a close friend convinced them that it was a good time to consider solar panel installation again. They began looking for a solar installer in the early fall and found AMECO Solar.

Requiring High Standards for their Solar Contractor

Being a contractor herself, Yvonne had high standards for her solar contactor. AMECO was able to meet her requirements by showing proof of the necessary insurance and workmen’s comp, using trained solar panel installers instead of hiring sub-contractors, and backing up our solar technology with competitive warranties. Both she and Tim were also impressed by the fact that our company has been installing solar panels since 1974.

Shortly after meeting with Todd and listening to his informational, no-pressure presentation, they signed a contract and scheduled the solar installation. Since they wanted to power their holiday display with solar energy, they asked that the system be installed and working by December 15th.

Organized and Efficient Solar Installation

“The installation process was very organized and went smoothly,” said Tim. He enjoyed working with David, our Operations Manager, who was flexible and very responsive whether by phone or email.

By December 9th, their solar system was turned on and feeding solar energy to their home. Just in time for the holidays!

Solar Savings = Holiday Savings

Since the solar system was turned on, they have enjoyed logging onto the online monitoring system to check in on the energy production. “We chose to install microinverters so that we could track the efficiency of each solar panel and make sure that it is performing as expected,” Tim shared.

So far, their solar panel production is off to a great start. The panels have produced enough solar energy to bring their electric bill down to only $155. Compared to past bills of $389 or more, this is a significant savings! And so, Yvonne and Tim end the holiday season differently than most — with more money in their pockets than expected.

Big things are happening for solar in Los Angeles. Not long ago, we shared details on Environment California’s push to make solar a city-wide priority. Well, that hard work paid off! Mayor Eric Garcetti has officially thrown his support behind solar, paving the way for more clean energy across the city. What does this mean for you? It means incredible opportunities. By taking advantage of key incentives like LA solar rebates and the official Los Angeles solar panel program, going solar is more affordable than ever. Let's break down how these programs can help you save.

What is the Los Angeles Solar Panel Program?

A few days ago Los Angeles Mayor Eric Garcetti called on the city to raise its amount of solar-generated power to 20 percent of peak demand by 2020.

His statements indicate that he is firmly committed to the growth of the city’s solar resources, which currently meet about 2 percent of its total electricity needs. Garcetti is hoping that Los Angeles can install 1,200 megawatts (MW) of generating capacity, a little less than one-fifth of the 6,100 MW of peak demand that the city experiences in the summer.

Garcetti’s statements come at an uncertain time for the Los Angeles Department of Water and Power (LADWP). The agency is currently looking for a new general manager after Ron Nichols stated that he will be stepping down for personal reasons. The hope is that the new General Manager of the utility company will prioritize the growth of solar energy so that Mayor Garcetti can meet his ambitious 20 percent goal in six years.

Shared Solar Program

Not everyone who wants to support clean energy owns a home with a roof suitable for solar panels. The Shared Solar program is designed specifically for Angelenos living in apartments, condos, or duplexes. This initiative allows you to lock in a portion of your electric bill for 10 years, protecting you from rising energy costs. By participating, you not only stabilize your own expenses but also contribute to the growth of local clean energy and job creation. It’s a fantastic way for more residents to get involved in the city’s renewable energy future, even without a traditional installation on their own property.

Feed-in Tariff (FiT) Program

For property owners and developers, the Feed-in Tariff (FiT) Program offers a direct financial incentive to go solar. This program allows you to generate clean energy and sell it directly to the Los Angeles Department of Water and Power (LADWP). Essentially, you become a mini power producer. This is a powerful tool for encouraging the development of renewable energy across the city, turning rooftops and open land into assets that generate both power and revenue. It’s a key part of the city’s strategy to build a decentralized, resilient energy grid with the help of commercial partners and private citizens.

LADWP Solar Marketplace

Finding the right solar installer can feel overwhelming, which is why the LADWP created its Solar Marketplace. This online platform is a great starting point that connects customers with various solar companies, allowing you to compare offers and get expert advice. While the marketplace helps you gather quotes, it’s still important to choose a company with a proven track record. With over 50 years of combined solar and roofing experience, AMECO provides the stability and expertise you need for a successful project. Our approach focuses on creating a custom solution for your home, ensuring you make an informed and confident decision for your energy future.

Why Go Solar in Los Angeles?

“Southern California is practically a synonym for sunshine,” Emily Kirkland of Environment California said in a statement. “But here in Los Angeles, we’re still getting less than 2 percent of our power from the sun. Mayor Garcetti showed tremendous vision in calling for 20 percent local solar power by 2020 last January. Now, it’s time for him to make that promise a reality.”

The source reports that adding 1,200 MW of generating capacity will create 32,000 jobs and offset the carbon emissions created by over 1 million cars.

The LADWP Net Metering Advantage

One of the best financial reasons to go solar in Los Angeles is the city's net metering program. Through the Los Angeles Department of Water and Power (LADWP), you can get full credit for any extra solar energy your system produces and sends back to the grid. This is a huge plus because it directly helps offset your electricity bills, making the switch to solar a smart financial move. When you decide to install solar panels, understanding these local incentives is crucial, and the LADWP program is one of the most favorable in California for maximizing your return on investment.

This program does more than just save you money; it also helps Los Angeles reach its clean energy goals and creates a more stable power grid for the entire community. According to the LADWP's solar programs, these initiatives are specifically designed to cut down on pollution from older power sources. So, when your panels generate more electricity than your home uses, you’re not just lowering your own costs—you're actively contributing to a cleaner, more sustainable city. It’s a powerful way for homeowners to make a positive impact while also gaining energy independence.

How LA Solar Rebates Make Going Solar Affordable

The LADWP currently has an incentive program that provides a lump sum payment to customers who decide to switch to a home solar system for their electricity needs. The program had a declining incentive payout, meaning that as more solar energy systems come online, the incentive goes down and those who receive funds are given a smaller per-watt rebate.

Currently, the LADWP rebate program is in its eighth tier (out of ten), with an incentive of 40 cents. This means that for the typical four-kilowatt system, homeowners will receive a lump sum payment of $1,600.

These rebates don’t include the Federal Renewable Energy Tax Credit, which covers 30 percent of the cost of installation for qualifying systems.

In order to reach Mayor Garcetti’s goal, the LADWP and federal government need to continue these programs and help homeowners realize savings on their solar installations. Doing so will not only benefit their individual’s household finances and the economy, it will also help the region become more sustainable and less reliant on fossil fuels.

The Federal Solar Tax Credit (Residential Clean Energy Credit)

One of the most significant financial perks for going solar is the federal government's support. The Residential Clean Energy Credit, often called the Federal Solar Tax Credit, allows homeowners to deduct 30% of the total cost of their solar energy system from their federal taxes. This isn't just a small rebate; it's a dollar-for-dollar reduction of your tax liability. This credit applies to the entire cost of the system, including panels, inverters, wiring, and even the installation labor. If you add a battery backup system at the same time, its cost is also eligible for the 30% credit, making it an excellent time to invest in energy independence.

State and Local Incentives

Beyond the federal credit, California offers a patchwork of state and local incentives that can further reduce your costs. Many cities and local utility companies have their own unique programs, such as special rebates or performance-based incentives. For example, utilities like Alameda Municipal Power, SMUD, and LADWP have historically offered programs to encourage residents to adopt solar. Because these programs can change and are specific to your location, working with a local expert is key. A seasoned solar installer can help you identify every available incentive in your area to ensure you get the best possible price for your system.

Disadvantaged Communities – Single-Family Solar Homes (DAC-SASH)

To ensure solar is accessible to everyone, California has a program specifically for low-income homeowners in designated disadvantaged communities. The Disadvantaged Communities – Single-Family Solar Homes (DAC-SASH) program is a fantastic initiative that can make going solar incredibly affordable. For eligible households, this program can cover a significant portion, and sometimes even the entire cost, of a new solar panel system. It’s designed to bring the benefits of clean energy and lower electricity bills to the communities that need it most, helping to reduce financial burdens and promote environmental equity across the state.

The Crucial Role of Solar Batteries

While solar panels are amazing for generating power and saving money, they have one major limitation: by themselves, they don't provide power during a grid outage. For safety reasons, most grid-tied solar systems automatically shut down when the grid goes dark. This is where solar batteries come in. A battery backup system stores the excess energy your panels produce during the day. When a blackout occurs, your home can seamlessly switch over to its stored battery power, keeping your lights on, your refrigerator running, and your essential devices charged. It’s the key to true energy independence.

Why Batteries Are Key to Maximizing Savings

A solar battery is now essential for getting the most savings from a solar system in California, largely due to the state's net billing rules (NEM 3.0). Under these rules, the compensation you receive for sending excess solar power back to the grid is significantly lower than the price you pay for electricity from the utility. Instead of selling your extra energy for pennies, a battery allows you to store it for your own use later. You can power your home with your stored solar energy during the evening when electricity rates are highest, drastically reducing your reliance on the grid and maximizing your financial return.

Self-Generation Incentive Program (SGIP)

To help homeowners with the upfront cost of adding energy storage, California offers the Self-Generation Incentive Program (SGIP). This program provides substantial rebates for purchasing and installing a new battery system. The incentive is available for residential customers, businesses, and even multi-family housing units, making it a versatile tool for promoting energy resilience. The rebate amount depends on the size of your battery and other factors, but it can significantly reduce the overall investment, making it much easier to add this critical component to your solar system and protect your home from outages.

Demand Side Grid Support (DSGS) Program

Another interesting perk for battery owners is the Demand Side Grid Support (DSGS) Program. By enrolling in this program, you agree to let the utility draw a small amount of power from your battery during periods of extreme grid stress, like on a hot summer afternoon. In exchange for helping to stabilize the grid, you can earn financial rewards, potentially up to a few hundred dollars per year. It’s a simple way to get a little extra return on your battery investment while contributing to a more reliable and resilient power grid for your entire community.

Understanding Solar Costs and Financing

Talking about cost is a crucial step in any big home improvement project, and solar is no different. The average price for a home solar system in California is around $22,600 before any incentives. However, that number doesn't tell the whole story. After applying the 30% federal tax credit, that average cost drops to about $15,820. When you factor in local rebates and long-term energy savings, the investment becomes even more attractive. To get a clearer picture of what a system might cost for your specific home, you can use an estimate calculator as a starting point for your research.

Average System Costs in California

While the initial price tag is important, the real magic of solar is its long-term value. With all the available incentives, a solar system paired with a battery can often pay for itself in about eight years. After that payback period, the energy your system produces is essentially free. Considering that a solar system is designed to last for 25 years or more, that translates to decades of savings on your electricity bills. It’s not just an expense; it’s an investment in your home’s value and your financial future, protecting you from rising utility rates for years to come.

Financing Options for Your Home

If paying for a system upfront isn't the right move for you, there are plenty of financing options available. Many homeowners choose to take out a solar loan, which allows them to finance the system with little to no money down and enjoy energy savings from day one. Another option in some areas is PACE (Property Assessed Clean Energy) financing. This is a unique type of loan for green energy projects that you repay through an annual assessment on your property tax bill. Exploring these options with a solar professional can help you find a path to ownership that fits your budget.

California's Property Tax Exemption for Solar

Here’s a fantastic benefit that often flies under the radar: in California, adding a solar panel system to your home will not increase your property taxes. Normally, a significant home improvement that adds value to your property would result in a higher tax assessment. However, the state has a property tax exemption specifically for solar energy systems. This means you get to enjoy all the added value and energy savings of your new system without the downside of a bigger tax bill, making the financial case for going solar even stronger.

Practical Tips for Your Solar-Powered Home

Once your solar system is up and running, a few small adjustments to your daily habits can make a big difference in your energy savings. The key is to align your electricity usage with your solar production. Your panels generate the most power in the middle of the day when the sun is high in the sky. By shifting some of your energy-intensive activities to this timeframe, you can run your home directly on solar power instead of pulling from the grid or your battery, which maximizes your self-consumption and minimizes your utility bill.

Managing High-Power Appliances

Think about appliances that use a lot of electricity, like your dishwasher, washing machine, or electric vehicle charger. Try to run these heavy-duty appliances during the day instead of at night. For example, setting your dishwasher on a timer to run at 1 p.m. is a simple and effective strategy. While most modern appliances work perfectly with a standard solar setup, some extremely high-power devices may require special consideration. This is why a customized system design is so important; it ensures your solar and battery setup is tailored to your family’s unique energy needs and lifestyle, which is a core part of our approach at AMECO.

Frequently Asked Questions

I rent my home or live in a condo. Does this mean I can't benefit from solar power? Not at all. Los Angeles has a program called Shared Solar specifically for people in your situation. It allows you to support a local solar project and lock in a portion of your electric bill for a decade, which can protect you from future rate hikes. You get the financial benefits of stable energy costs and contribute to the city's clean energy goals without needing to install any panels on your own roof.

Do I really need a solar battery? Can't I just get panels? While you can just get panels, adding a battery is what gives you true energy independence and maximizes your savings. Panels alone do not provide power during a blackout. A battery stores your extra solar energy so you can keep your lights on when the grid goes down. Plus, with California's current net billing rules, it's much more valuable to store your excess solar power for your own use at night instead of selling it back to the utility for a low credit.

All these rebates and tax credits sound great, but is the process complicated? It can seem like a lot to sort through, but you don't have to do it alone. The 30% federal tax credit is something you claim when you file your annual taxes. For the various state and local programs, like the LADWP rebate or SGIP for batteries, a reputable solar installer will guide you. A good company handles the paperwork and ensures you're signed up for every incentive you qualify for, making the process straightforward for you.

Will installing a solar system on my home increase my property taxes? This is a common question with a great answer: no, it will not. California has a property tax exemption specifically for solar energy systems. This means you can add significant value to your home and enjoy all the long-term energy savings without the downside of a higher property tax bill. It's one of the best, and often overlooked, financial perks of going solar in the state.

I'm interested, but this is a lot of information. What's the best first step to take? The best way to start is with a personal consultation. Every home and every family's energy use is different, so a one-size-fits-all solution doesn't really exist. Sitting down with a solar expert allows you to get a custom plan based on your roof, your average electricity bills, and your budget. They can give you a clear picture of your potential costs and savings, taking all the guesswork out of the process.

Key Takeaways

• Combine Incentives to Lower Your Cost: Take advantage of the 30% federal tax credit, state rebates, and local programs from LADWP. Combining these incentives dramatically reduces the upfront cost of going solar, making it a smart financial move for your home.
• Add a Battery for Security and Savings: A solar battery is your key to true energy independence. It keeps your lights on during an outage and lets you store your own solar power to use at night, helping you avoid peak utility rates and get the most value from your system.
• Shift Your Energy Use to Midday: Maximize your savings by running high-power appliances like your dishwasher or EV charger when the sun is strongest. This simple habit lets you use the free, clean power your panels are generating instead of paying the utility company.

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Let's be honest: when you think about solar panels in Newport Beach, aesthetics probably come to mind. We’ve all seen those clunky installations that look completely out of place on a beautiful roof. It’s a valid concern! Your home is a huge investment, and you want to feel proud of it. The good news? A thoughtful, professional design makes all the difference. A great solar installation in Newport should blend seamlessly with your home’s architecture. The right solar company in Newport Beach can ensure your system is both efficient and beautiful. This guide will show you exactly what to look for.

Why Does Solar Panel Appearance Matter?

However, a skilled solar company will always keep aesthetics in mind. It is important not only to seriously consider the concerns of the homeowner, but to arrange the panels so that they blend in or appear balanced with the architecture. Over the past 40 years, our solar consultants have designed solar systems that appear in sync with a home’s roof or are hidden from view.

As proof of how solar systems can actually be pleasing to the eye, we are going to highlight beautiful solar installations on our blog every once in a while. Each post will include “Before and After” photos, and a brief description of the techniques used during the installation.

Understanding the Costs and Savings of Solar

Let's talk numbers. The cost of a solar system is one of the first things people ask about, and for good reason—it’s a significant investment in your home. In California, solar systems typically cost between $2.75 and $3.50 per watt. For a complete residential system, this can translate to a total price tag ranging from $13,000 to over $30,000, depending on the size of your home and your energy needs. While that might sound like a lot, it's helpful to think of it not as an expense, but as a pre-payment for decades of electricity. Instead of renting power from the utility company indefinitely, you're taking control of your energy future and locking in lower costs for years to come.

Average Solar System Costs in California

The final cost of your solar installation depends on several factors, including the size of the system, the type of equipment you choose, and the complexity of the installation. A larger home with higher energy consumption will naturally require more panels, increasing the overall price. However, the price per watt often decreases as the system size increases. To get a clearer picture of what a system might cost for your specific home, you can use an estimate calculator to explore different scenarios. This gives you a personalized starting point and helps you understand how your investment can pay off by reducing or even eliminating your monthly electricity bills.

Financial Incentives and Rebates Available

The great news is that you don't have to cover the full cost on your own. Several powerful financial incentives are available to make going solar more affordable. The most significant is the Federal Solar Investment Tax Credit (ITC), which allows you to deduct 30% of the total cost of your solar system from your federal taxes. This is a dollar-for-dollar reduction in the taxes you owe, not just a deduction from your taxable income. Additionally, California offers the Self-Generation Incentive Program (SGIP), which provides substantial rebates if you decide to pair your solar solutions with a battery storage system, helping you save even more while increasing your energy independence.

DIY vs. Professional Solar Installation: What to Consider

The allure of a DIY project can be strong, especially when you see kits available online promising big savings. While tackling home improvement projects yourself can be rewarding, solar installation is in a different league. It involves complex electrical wiring and structural work on your roof, both of which carry significant risks if not handled by a trained professional. Unlike building a deck or painting a room, a mistake here could lead to serious electrical hazards, a leaky roof, or damage to your expensive new equipment. It’s crucial to weigh the perceived savings against the potential for costly errors and safety issues that can arise from an improper installation.

Legal, Permitting, and Safety Risks

Before a single panel can be installed, you need to secure the right permits from your local jurisdiction, a process that can be complicated. In most areas, a licensed contractor or electrician must apply for these permits. According to Enphase, failing to follow these regulations can result in fines or even an order to remove the entire system. Beyond the paperwork, the physical risks are very real. Working on a roof with heavy equipment and high-voltage electrical components is inherently dangerous. A professional team has the training, safety gear, and experience to manage these risks, ensuring the installation protects your home, your family, and the installers themselves.

How DIY Can Affect Warranties and Support

One of the biggest hidden costs of a DIY installation is the potential to void your equipment warranties. Most top-tier solar manufacturers require their products to be installed by certified professionals to ensure the warranty remains valid. If you install the system yourself and something goes wrong, you could be left with the full cost of repairs or replacements. A professional installer not only preserves these crucial warranties but also provides their own workmanship guarantee. At AMECO, our approach ensures that every installation is backed by comprehensive warranties, giving you peace of mind that your investment is protected for the long haul.

Choosing the Right Solar Company in Newport Beach

Once you've decided to go with a professional installation, the next step is finding the right partner. With so many solar companies out there, it can feel overwhelming to choose one. A great place to start is by gathering quotes from at least three different providers. This allows you to compare not just the price, but also the equipment they propose, their installation timeline, and the warranties they offer. A reputable company will provide a detailed, transparent quote that breaks down all the costs, so you know exactly what you're paying for. Look for a partner who takes the time to answer your questions and designs a system tailored to your home's specific needs.

Key Factors to Compare in Quotes

When you review your quotes, look beyond the bottom-line price. Pay close attention to the quality of the solar panels and inverters being offered. Are they from established manufacturers with strong performance records and warranties? Also, consider the company's experience and reputation. A company that has been in business for decades, like AMECO, brings a level of expertise and stability that newer operations can't match. It's also wise to choose a company that uses its own in-house installation team rather than relying on subcontractors. This ensures greater accountability, consistent quality, and a smoother process from start to finish.

The Value of In-House Teams and Strong Warranties

A company that uses its own dedicated team for every step of the process—from design to installation—has full control over the quality of your project. This integrated approach means the people on your roof are experts who are accountable to the company you hired. Equally important are the warranties. Look for a company that offers a comprehensive, long-term warranty of 25 years or more that covers not just the panels but also the labor and workmanship. This shows that the company stands behind its work and is committed to being your energy partner for decades to come, ensuring your system performs optimally year after year.

Why You Should Consider Battery Storage

In California, dealing with power outages and changing utility rates has become a part of life. This is where adding a battery backup system to your solar installation becomes a game-changer. A battery stores the excess energy your panels generate during the day, so you can use it at night or during a grid outage. This gives you true energy independence, keeping your lights on and essential appliances running when the neighborhood goes dark. With the financial incentives available through California's SGIP rebate program, adding a battery is more affordable than ever, making it a smart addition for any homeowner looking for reliability and security.

What to Expect from Your Newport Beach Solar Installation

First up, we have this solar project that was recently completed in Newport Beach. As you can see in the “Before” photo above, our customer owns a beautiful two-story house with a Spanish tile roof.

Taken from the backyard, this photo shows the most south-facing part of the roof. A roof with southern exposure is best for solar panel installations because it receives the most amount of sunlight throughout the year and therefore produces the most amount of solar energy.

And here is the “After” photo! Now, we not only have a beautiful Southern Californian home, but we also have 28 solar panels that are providing our customer with solar energy.

Handling the Paperwork: Permits and Permissions

Let's talk about the paperwork. The thought of dealing with permits and local rules can feel a little overwhelming, but I have some good news. For most homes, installing solar panels on your roof falls under “permitted development rights,” which means you often don’t need special planning permission. The main exceptions are if your home is in a designated historic district or part of a Homeowners' Association (HOA) with specific rules about appearance. This is where having an experienced team in your corner makes all the difference. A professional installer will manage the entire permitting process for you, from filing the right documents to ensuring the design meets all local codes. At AMECO, coordinating with your city’s planning department is a standard part of our process, so you can focus on the exciting parts and leave the red tape to us.

Achieving a Seamless Look with Inlaid Solar Panels

Working closely with a roofing company, we first removed the Spanish tiles where the solar panels would be placed. Then, the mounting hardware was installed at the same time as the roofing paper and comp shingles. This ensures that there will be a watertight roof underneath the solar panels.

Finally, we installed the solar panels in line with the Spanish tile. We made sure to leave a certain amount of space between the roof and the solar panels. Not only does this meet city code but it also allows air to flow beneath the solar panels, which helps with efficiency. The space will also still prevent debris (such as leaves) from building up underneath.

Since the solar panels and Spanish tiles are roughly at the same level, the sight line of the roof is not disrupted and the final look is sleek.

Choosing the Right Panels for a Beautiful Finish

Another thing that contributes to the sleek appearance of the solar array is this particular solar panel from the SunPower E-Series. The design is known as “black on black” meaning that they are black solar cells on a black background. Most people find this all black design to be more aesthetically pleasing than “black on white” solar panels.

By choosing a high wattage solar panel (the SPR-E20-327 has 327 watts per solar panel), the customer only needed 28 solar panels to offset their electricity usage. If we had installed a more conventional 200-250 watt solar panel, then more solar panels would have been required and the roof would have looked more crowded.

There you have it! Yet another beautiful solar panel installation from AMECO Solar located in sunny Newport Beach, California. Those interested in seeing more solar installations may visit the solar electric system photo gallery on our website or read articles about our solar customers that are featured on the company blog.

Frequently Asked Questions

How can I make solar panels look good on my house? A great-looking solar installation comes down to thoughtful design and the right equipment. A skilled solar company will arrange panels to complement your roofline, not fight against it. For example, on a tile roof, panels can be inlaid to sit flush with the tiles, creating a seamless profile. Choosing all-black panels also helps them blend in, giving the system a sleek, uniform appearance that avoids the clunky look many people worry about.

Besides the sticker price, what other financial factors should I consider? The initial cost is just one part of the equation. You should also factor in the significant financial incentives available. The Federal Solar Tax Credit, for instance, can reduce the total cost of your system by 30%. California also offers rebates, especially if you include a battery with your installation. Think of it less as a purchase and more as a long-term investment that replaces your utility bill and pays for itself over time.

Why is it so important to use a professional installer instead of doing it myself? While a DIY project can be tempting, solar installation involves serious risks. You're dealing with high-voltage electrical work and making structural attachments to your roof, where a mistake can be dangerous and cause expensive leaks. Professionals handle the complex permitting process, ensure the work is up to code, and most importantly, keep your equipment warranties intact. Most manufacturers will void their warranties if the system isn't installed by a certified professional.

When comparing quotes, what should I look for besides the lowest price? The lowest bid isn't always the best value. Pay close attention to the quality of the panels and inverters they plan to use, as this directly affects your system's performance and lifespan. Also, ask if the company uses its own in-house installation team or subcontractors. An in-house team means more accountability and consistent quality. Finally, a strong warranty of 25 years that covers parts and labor shows that a company is confident in its work and will be there to support you for decades.

How does adding a battery help my solar system? Adding a battery gives you true energy independence. Your solar panels generate the most power during the day, but you often use the most electricity in the evening. A battery stores that excess daytime energy so you can use it at night instead of pulling power from the grid. This is also your protection during a blackout, as the battery can keep your essential appliances running when your neighbors are in the dark.

Key Takeaways

• Choose a professional installer for safety and security: A DIY installation can void warranties and create significant safety hazards. Working with an experienced company that has its own team ensures your system is installed correctly and your investment is protected by comprehensive warranties.
• Aesthetics and efficiency go hand in hand: You don't have to choose between a beautiful home and an effective solar system. A skilled solar partner can design a system using all-black panels and thoughtful placement to complement your roofline while maximizing energy production.
• Use incentives and battery storage to get the most value: Lower your initial investment by taking advantage of the 30% federal tax credit and other local rebates. Adding a battery backup not only increases your savings but also provides energy independence during power outages.

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California solar energy installations are sometimes seen as a luxury that only the rich can afford. This misconception is fueled in part by the fact that, many years ago, it was indeed very expensive to have solar panels installed on your roof.

But this is no longer the case. The solar industry has been advocating and raising awareness about the sustainability and affordability of the technology for all families, not just those who are wealthy. In fact, for many low-income Californians, solar could be a useful tool for saving money and increasing disposable income.

Solar Energy for Multi-Family Housing Complexes

Solar power has already been integrated into many affordable housing complexes, including Tassafaronga Village in Oakland, California, originally built in 1964. Tassafaronga has been completely rehabilitated with sustainable building techniques and energy-efficient apartments.

The most notable improvement is the solar panel array that covers the rooftops of the apartment buildings. In addition, there are pylons scattered throughout the complex with photovoltaic modules on top to collect extra energy. The solar panels are already paying dividends for residents of Tassafaronga, whose energy bills range from $10 to 15 a month, according to news publication OaklandLocal.com.

How Energy Costs Affect Low-Income Residents

Prior to its rehabilitation, residents of Tassafaronga, many of whom receive assistance through Federal Section 8 subsidies, suffered from the same problem that afflicts other low-income citizens: high energy costs. In most cities, affordable housing units are in dilapidated and outdated apartment buildings are inefficient when it comes to energy consumption.

In 2013, the Rocky Mountain Institute found that energy costs in public housing were 40 percent higher than in private homes. In addition, apartments built before 1970, which comprise much of the affordable housing stock throughout the country, use 55 percent more energy than those built after 1990.

The people who end up paying the price for the inefficiencies are low-income residents, who are often in no position to afford the high costs of energy.

Solar Energy Provides a Solution

However, it’s important to note that the solar energy industry and lawmakers are making efforts to reverse this trend and make more renewable energy available to low-income families.

Two of the most notable public programs are Single Family Affordable Solar Homes (SASH) and Multi Family Affordable Solar Homes (MASH), which were passed as part of the California Solar Initiative (CSI) in 2006. These programs set aside part of the solar rebates that were made available through CSI to be used specifically for low-income housing.

Making solar power available to low-income families solves a number of problems all at once. It sharply reduces energy costs for those receiving subsidies, while also helping to move the state’s energy infrastructure in a more sustainable direction. Hopefully, Tassafaronga can serve as a model for other communities that are hoping to go green to save their residents money.

One of the most popular methods of financing a Los Angeles or Orange County solar project is a lease agreement from a third-party institution. Solar leases allow homeowners to pay for their solar panels over time while still saving money on electricity costs.

In fact,  over 75% of California’s new solar installations in 2012 were paid for with a solar lease, rather than being purchased outright with a large cash payment. Many speculate that 2013 and 2014 may show an even higher percentage of leased solar systems.

But some solar installations, particularly mid-sized projects that would be put on the rooftop of a school, church or other nonprofit institution, have trouble securing such solar leases or loans. This is mainly because banks are less likely to fund a larger project unless the borrower has both a good credit score and considerable equity — something that many organizations lack.

Mosaic: Loaning Funds for Solar Projects

Enter Mosaic, a startup based in Oakland, California, that helps institutions across the United States convert their facilities to solar. Similar to Kickstarter, Mosaic is a crowdfunding platform that aims to connect investors with solar projects.

The idea is that anyone can invest in a solar project, and once the system is completed, they receive both principal and interest repayments on the power that is produced from the solar panels. Projects typically pay about 4-7 percent annual interest.

One of the biggest strengths of the Mosaic platform is that the loaning system is flexible. Investors can decide how much they are willing to invest in each project.

How to Become a Solar Investor

Getting involved in a Mosaic solar project is fairly easy. Log on to the platform on their website and then browse through the different investment projects. Once you choose from the options (previous projects include solar panels for military housing, schools, and a local convention center), you can finance a local project in any amount from $25 up.

Since the company began soliciting money a year ago in January of 2013, they’ve raised $5.5 million for solar projects from thousands of investors. These funds have led to the completion of 27 solar projects in six different states so far.

Among the funded solar installations are a photovoltaic (PV) system with 400 solar panels at an affordable housing facility in San Bruno, California and 120 solar panels for the Asian Resource Center in Oakland, California.

Limitations of Mosaic’s Solar Investments for Other States

There are a few limitations that Mosaic will need to sort out to become more useful for organizations looking to acquire a solar electric system. Certain states have securities regulations that prevent residents from investing. However, these restrictions do not apply to Californians. Any California resident may invest in a Mosaic solar project and earn real income back on their investment

In one short year, Mosaic has already proven itself to be a revolutionary way for institutions to switch to clean, solar energy. They will be a “green” corporation to watch in the coming years.

As the year comes to a close, we’re reflecting on everything that has happened in the past twelve months. Since 1974, AMECO has been promoting solar energy as a clean, renewable source of power for our planet. These top five moments remind us why we have made solar our priority and why we dedicate ourselves to it each and every day.

Solar Moment #1: Solar Grand Prix in Long Beach

Pure joy. Those two words can explain the look on the face of every child at the  Solar Grand Prix earlier this year. As we snapped photos of the kids before the races, each team held up their car with pride. Though a few teams encountered some disappointment after the races, all of the students came away as winners who had learned something new about solar energy.

Solar Moment #2: Helping a Local Nonprofit Go Solar

AMECO was honored to be awarded the  solar project at the California Aquatics Therapy & Wellness Center in North Long Beach, just minutes from our office in Paramount, California. After installing nearly 50 solar pool panels on the roof, the organization has been heating their pool with solar energy and saving on their monthly gas bill. All the more to go to their great programs!

Solar Moment #3: 1st Solar Decathlon on the West Coast

For years we’ve wanted to attend the  Solar Decathlon, so we were pretty excited when it was announced that this year’s event would be in Irvine, California. While touring the 19 solar homes displayed, we couldn’t help but feel inspired. Not only were the university teams innovative and creative about their solar home designs and use of the technology, but they were passionate about promoting the clean, renewable energy source. Seeing their enthusiasm gave us an extra hop in our solar step that week.

Solar Moment #4: Supporting the Go Solar LA Campaign

Throughout 2013,  Environment California has been pushing the idea that Los Angeles should aim to use 20% solar power by 2020. They have rallied politicians and local community members alike to accomplish this renewable energy goal. We were happy to interview a couple of our customers for their recent report, Solar in the Spotlight: Stories of Angelenos Investing in a Clean Energy Future. Check out our customer who made the final cut on page 19.

Solar Moment #5: Our Happy Solar Customers

It may be cheesy, but there is nothing that makes us happier than our happy solar customers. Each time that someone contacts us to tell us that they happy with their solar panel installation, we’re reminded why we work so hard to provide reliable, quality solar systems. Whether someone is ecstatic about their lower electric bills, pleased that their pool was nicely heated for their weekend pool party or paying a compliment to our professional installation team, we’re overjoyed every time we receive positive feedback. You may read some of  our customer testimonials on our website or see  our interviews with customers on our blog.

The falling price of solar panels has made clean energy more accessible than ever. However, the overall cost of going solar in the U.S. has been stubbornly high compared to other countries. The reason? Persistent “soft costs”—the non-hardware expenses for things like permitting and labor. The good news is that this is finally changing. Thanks to new government initiatives and smarter local policies, there are now clear, actionable strategies you can use to lower soft costs, making your transition to solar power in California more affordable and faster than ever before.

However, the actual cost of a solar panel can only go so low. It will be essential for the solar industry to whittle down soft costs in order to accomplish wider adoption of solar energy in the United States.

What Are Soft Costs in a Solar Project?

When you think about the cost of going solar, your mind probably jumps straight to the hardware: the solar panels, the inverters, and the mounting equipment. These are what we call “hard costs.” But there’s another significant category of expenses known as “soft costs.” The U.S. Department of Energy defines soft costs as all the non-hardware expenses involved in a solar installation. This includes everything from the initial system design and local permitting to the labor for installation and the costs of connecting to the grid. While the price of solar panels has fallen dramatically, soft costs now make up a large portion of the total price tag for a residential solar project. Understanding these costs is the first step to managing them effectively.

Defining Soft Costs vs. Hard Costs

Think of it this way: hard costs are the tangible items you can touch, like the solar panels on your roof or the battery backup system in your garage. Soft costs are the services and processes required to get them there and turn them on. This includes the expertise of the engineers who design your system, the administrative work to file for permits, the wages for the installation crew, and any fees your utility company charges for interconnection. While you can’t hold these costs in your hand, they are absolutely essential for a successful and legally compliant solar installation. An experienced solar provider will bundle these into your total project quote, giving you a clear picture of the complete investment from day one.

Examples of Common Solar Soft Costs

Soft costs can seem a bit abstract, so let's break them down into concrete examples. These are the behind-the-scenes expenses that are crucial for getting your solar project off the ground and running smoothly. From initial planning to final inspection, each step involves a cost that contributes to your total investment. Recognizing these components helps you appreciate the full scope of work involved and understand exactly what you're paying for when you receive a comprehensive quote from a reputable installer.

Design and Engineering Fees

Every home is unique, and so is every solar energy system. Before a single panel is installed, engineers and designers must create a custom plan tailored to your home’s specific characteristics. This involves analyzing your roof’s orientation and angle, assessing potential shading from trees or other structures, and calculating your family’s energy consumption to determine the optimal system size. This meticulous planning ensures your system produces the maximum amount of power possible. At AMECO, our customized approach means we handle all the design and engineering to create a system that perfectly fits your energy needs and home layout.

Permitting, Inspection, and Interconnection Fees

Going solar involves a bit of red tape. Your local municipality requires permits to ensure the installation is safe and up to code. After the installation is complete, an inspector will need to sign off on the work. Finally, you’ll need to get approval from your utility company to connect your system to the grid, a process called interconnection. Each of these steps comes with associated fees and administrative work. A full-service solar company manages this entire process for you, dealing with the paperwork and scheduling so you don’t have to worry about the bureaucratic hurdles.

Financial and Legal Costs

This category covers the business side of your solar project. It includes costs like liability insurance for the installation crew, financing fees if you’re taking out a solar loan, and the legal paperwork associated with contracts and warranties. While these costs aren't as visible as the installation itself, they are vital for protecting both you and the installation company. Ensuring all legal and financial aspects are handled properly provides peace of mind and secures your long-term investment in clean energy for your home.

Project Management and Labor

A significant portion of your project's soft costs is the labor required to bring your solar system to life. This includes the wages for the certified electricians and installers who work on your roof, as well as the project manager who coordinates the entire process from start to finish. Effective project management ensures that your installation is completed on time, on budget, and with minimal disruption to your daily life. This human element is what turns a great design into a high-performing reality for residential customers.

The Financial Impact of Unmanaged Soft Costs

Ignoring or underestimating soft costs can have a serious impact on your solar project's budget and timeline. Because they can account for such a large percentage of the total expense—sometimes as much as 50%—a lack of clear planning can lead to unexpected financial strain. When a solar quote seems too good to be true, it might be because it omits or downplays these essential expenses, leaving you to face them later. This is why it’s so important to work with a transparent and experienced installer who provides a comprehensive, all-inclusive quote. A clear breakdown helps you avoid surprises and ensures your project stays on track financially from the very beginning.

How Soft Costs Affect Your Total Project Budget

According to industry data from Buildxact, a surprising number of construction projects—over 90%—end up going over budget, and a primary reason is the underestimation of soft costs. In a solar project, these expenses can quickly add up if they aren't accounted for upfront. An incomplete quote might not include fees for unexpected structural upgrades to your roof or complex permitting requirements. By partnering with a company that has decades of experience, you get the benefit of foresight. We anticipate these potential costs and include them in your initial estimate, ensuring the number you see is the number you pay.

The Risk of Project Delays and Overruns

When soft costs aren't managed properly, the consequences go beyond just your wallet. Unforeseen issues with permitting, for example, can halt a project for weeks, creating frustrating delays. If your installer didn't properly budget for labor or materials, you could face work stoppages or a drawn-out installation timeline. These overruns are not just inconvenient; they delay the moment you can start saving money on your electricity bills. A well-managed project with a clear, upfront plan for all costs is the best way to ensure your transition to solar is smooth, timely, and stress-free.

Why Lowering Soft Costs Is Key to Affordable Solar

There are other costs that go into the final price of installing solar panels on your home or business including labor, marketing, administrative costs and permitting fees.

Commonly referred to as “soft costs”, they have remained relatively flat when compared to the drop in price of “hard costs” (i.e. solar panels and inverters).

What Germany Can Teach Us About Solar Soft Costs

Though roughly the size of New Mexico and with a population about the quarter of the United States, Germany has been the worldwide leader in solar for over a decade.

By reducing their soft costs, the Germans have lowered the price of solar installations to $2.24 per watt (compared to an average of $4.44 in the U.S., according to  GreenTech Media). This is likely a result of easier permitting processes, which allows solar contractors to spend less time on each system and avoid high fees for obtaining permits.

Can the U.S. Lower Its Solar Costs, Too?

Even though solar soft costs are higher in the United States, solar panel installation has become increasingly popular in our country. In fact, the solar analysts from SEIA and GTM Research predict that 2013 will be the first time in 15 years that the United States will beat out Germany in total solar capacity installed.

With the Sunshot Initiative, the U.S. Department of Energy (DOE) Solar Technologies aims to make solar energy competitive with traditional forms of electricity by 2020. They fund research projects and market studies that provide solutions for solar price reduction. In time, their efforts could reduce the soft costs enough so that the United States will be competitive with Germany when it comes to price per watt installed.

Even without such reductions, solar power in California is still an excellent way for families and businesses to save money on energy costs. Additionally, those who install a solar electric system will be able to take advantage of the 30% federal tax credit, which is set to expire about two years from now on December 31, 2016. For more information, contact AMECO today at (888) 595-9570 or email gosolar@th2.e81.myftpupload.com.

Setting the Record Straight: U.S. Progress on Soft Costs

While it’s true that the U.S. has historically lagged behind countries like Germany in minimizing solar soft costs, the tide is turning. Significant efforts are underway at both the federal and local levels to streamline the process of going solar. These initiatives are focused on cutting the red tape and administrative hurdles that can inflate the final price tag of a solar installation. This progress is making solar more accessible and affordable for homeowners across the country, including right here in California, by tackling the bureaucratic friction that has kept costs unnecessarily high for too long.

Current Government Initiatives to Reduce Costs

The U.S. Department of Energy (DOE) is actively working to bring down these expenses. Through its Solar Energy Technologies Office (SETO), the government funds research and develops tools aimed squarely at reducing soft costs. By identifying best practices for things like permitting and inspection, SETO helps create successful, repeatable methods that can be adopted nationwide. This work is crucial for sharing information and ensuring that installers and local governments have the resources they need to make solar installations smoother and more cost-effective for everyone involved.

SolarAPP+ for Faster Permitting

One of the most promising tools to emerge from these efforts is SolarAPP+. This automated, online platform has been a game-changer for speeding up the permitting process for residential solar projects. Instead of waiting weeks or even months for manual review, contractors can use SolarAPP+ to get instant approval for standardized installations. This efficiency benefits homeowners with shorter project timelines, contractors with lower administrative burdens, and local governments by freeing up staff to focus on more complex projects. It’s a win-win-win for making solar faster and cheaper.

The SolSmart Program

Progress is also happening at the community level, thanks to programs like SolSmart. This initiative provides technical assistance and national recognition to cities and counties that make it easier for residents to go solar. By encouraging local governments to simplify their permitting processes, update zoning codes, and train staff, SolSmart helps remove common roadblocks that drive up soft costs. When your local government is "solar-friendly," it directly translates into a smoother, more affordable installation experience for you as a homeowner, reducing unnecessary delays and paperwork.

Strategies for Reducing Solar Soft Costs

While government programs are making a big impact, there are other key strategies that help chip away at soft costs. These efforts involve everyone from local city planners to the solar installer you choose for your project. Understanding these strategies can help you appreciate the behind-the-scenes work that goes into making your transition to solar as seamless as possible. When local governments and experienced installers work together, they can significantly reduce the administrative friction that adds unnecessary expense and time to a solar installation, leading to a better outcome for you.

How Local Governments Can Help

Your local government plays a surprisingly large role in the total cost of your solar project. Complicated local rules and lengthy approval timelines are major contributors to soft costs, making projects more expensive and unpredictable. When municipalities take steps to streamline their procedures, they can directly lower the cost of solar for their residents. This involves re-evaluating old regulations and adopting new, more efficient ways of managing solar installations, which ultimately saves you money and time by removing unnecessary bureaucratic hurdles from the process.

Updating Zoning Laws

Outdated zoning laws can create unnecessary hurdles for solar projects. By updating these rules to be more flexible, local governments can make the approval process much simpler. For example, clearly defining where and how solar panels can be installed removes ambiguity and reduces the need for special exceptions or lengthy reviews. This concept, sometimes called "flexible zoning," ensures that the regulations on the books match the modern reality of residential solar, preventing needless delays and administrative costs that would otherwise be passed on to you.

Providing Clear Project Information

Clarity is key to keeping costs down. When a local government provides clear, comprehensive information about its requirements for a solar project, it helps everyone involved. This means having easily accessible guidelines on permitting, inspections, and grid connection. When your solar installer has all the necessary information upfront, they can prepare accurate plans and applications from the start. This simple step avoids the back-and-forth that leads to delays and unexpected costs, ensuring a much smoother process from design to installation.

The Role of an Experienced Solar Installer

Choosing the right solar installer is one of the most effective ways to control soft costs. An experienced company does more than just mount panels on your roof; they act as your project manager, guiding you through every step and handling the complex administrative tasks. A seasoned installer understands the local landscape, from permitting quirks to utility requirements, and can anticipate potential issues before they become costly problems. This expertise is invaluable for ensuring your project stays on budget and on schedule, giving you peace of mind throughout the process.

Improving Collaboration and Planning

A great solar project begins with a great plan. An experienced installer, like AMECO, brings deep expertise to the design process right from the start. By involving professionals early, you get a more accurate and realistic cost estimate, which helps avoid budget cuts or surprises down the line. This collaborative approach ensures that your system is designed not just for optimal energy production but also for a smooth installation. Because we also specialize in roofing solutions, we can assess your roof's condition and integrate it into the plan, preventing separate, costly roofing work later.

Navigating Local Permitting and Grid Interconnection

Dealing with permits and utility paperwork is often the most frustrating part of going solar. This is where a veteran installer truly shines. With over 50 years of combined experience in California, we know the specific requirements of different cities and utility companies. We handle the entire permitting and interconnection process for you, from submitting the initial application to securing the final approval to operate your system. This service not only saves you a massive headache but also prevents the costly delays that can arise from incorrect or incomplete paperwork.

Other Key Areas for Cost Reduction

Beyond local policies and installer expertise, a few other forward-thinking strategies are helping to make solar more affordable in the long run. These areas focus on building a sustainable and efficient solar industry from the ground up. By investing in the workforce and planning for the future, the industry can continue to drive down costs and ensure that solar remains a smart, accessible energy choice for generations to come. These efforts are vital for the long-term health and affordability of solar power.

Investing in Workforce Training

A skilled workforce is an efficient workforce. As the solar industry grows, so does the need for well-trained professionals who can install systems quickly, safely, and correctly. Investing in programs that train solar installers, electricians, and utility workers helps ensure high-quality work and reduces labor costs. When your installation team is highly skilled, they work more efficiently, which minimizes the on-site labor time—a key component of soft costs—and gets your system up and running faster without sacrificing quality or safety.

Planning for Solar Panel End-of-Life Management

Thinking ahead is crucial for long-term affordability. While today's solar panels are built to last for decades, it's important to have a plan for what happens when they reach the end of their useful life. The solar industry is actively working on creating clear and cost-effective processes for recycling and managing old panels. By establishing these end-of-life solutions now, we can prevent disposal from becoming a significant future expense, ensuring that solar power remains a sustainable and financially sound choice for the long haul.

Frequently Asked Questions

What exactly are "soft costs" in a solar project? Soft costs are all the expenses that aren't the physical hardware. Think of them as the services and processes needed to get your solar system running. This includes the cost of designing your custom system, filing for local permits, paying for inspections, and the labor for the installation crew. While you can't touch them like a solar panel, they are essential for a successful project.

Why are soft costs such a big part of the total price? While the price of solar panels has dropped significantly, the costs for services like engineering, project management, and navigating local government approvals have not fallen as quickly. Each home requires a custom design, and every city has its own permitting rules and fees. These necessary steps require time and expertise, which contribute to the overall project budget.

How can I, as a homeowner, help lower my own soft costs? The most impactful step you can take is to choose an experienced, full-service solar installer. A seasoned company knows how to handle local permitting and utility connections efficiently, which prevents costly delays. They also provide comprehensive quotes that account for all potential expenses upfront, so you avoid surprise costs later. This expertise is your best tool for a smooth and budget-friendly installation.

Are government programs actually making a difference in reducing these costs? Yes, they are. Programs like SolarAPP+ are creating a standardized, online process for permits, which drastically cuts down on waiting times and administrative work. Other initiatives, like SolSmart, encourage local governments to simplify their rules. These efforts directly tackle the bureaucratic hurdles that have historically driven up soft costs, making solar more affordable for everyone.

If I get a solar quote, will it include all the soft costs? A quote from a reputable, experienced installer should be comprehensive and include all anticipated soft costs. This transparency is crucial. Be cautious of quotes that seem unusually low, as they might be omitting key expenses like permitting fees or labor, which could lead to unexpected bills later. A good installer will walk you through a detailed breakdown so you understand the complete investment from the start.

Key Takeaways

• Understand what you're paying for: Soft costs are the non-hardware expenses like design, permitting, and labor that make up a large portion of your total solar project price. Working with a transparent installer who provides an all-inclusive quote is the best way to avoid surprise fees and budget overruns.
• Choose an experienced installer to manage the process: A veteran solar company handles complex administrative work, such as navigating local permits and utility interconnection, which prevents costly delays. Their expertise in planning and project management ensures your installation is smooth, efficient, and stays on budget.
• Know that costs are actively being reduced: Thanks to government initiatives like SolarAPP+ and the SolSmart program, the administrative hurdles that drive up solar prices are being streamlined. These efforts, combined with an experienced installer, make going solar in California more affordable and faster than before.

Related Articles

• Solar Installation Costs Continue To Fall
• Lower Soft Costs Key to Solar Industry Growth
• How Much Do Solar Panels Cost for a House? A Full Guide
• California Solar Rebates Lead To Major Growth In Renewable Energy
• AB 217 Brings Solar To Low-Income Californians

HAPPY HOLIDAYS FROM ALL OF US AT AMECO SOLAR!

May 2014 be a happy, healthy and very sunny year!

So, you've followed our guide on how to access your online SCE account and can now see your electricity usage in detail. But what do you do with all that data? This information is your roadmap to savings, especially with the new SCE solar billing plan hiking up evening rates. Understanding your unique consumption patterns is the first step. It’s how you’ll determine if installing solar panels in Edison is the right strategy for your home, helping you cut costs and gain more control over your power bills.

Important First Steps for Homeowners

Before you start collecting solar quotes, taking a couple of preliminary steps can set you up for success. Think of it as doing your homework to ensure you make the most informed decision possible. These actions will not only help you save money in the long run but also give you the confidence to choose the right system and partner for your home. It’s all about preparing yourself for a smooth and rewarding transition to solar energy.

Make Your Home Energy-Efficient First

Your solar system will be designed to meet your home's electricity needs, so it makes sense to reduce those needs before you go solar. Making your home more energy-efficient first can lead to a smaller, less expensive solar system. Simple changes, like switching to LED light bulbs, sealing drafts around windows and doors, or upgrading to energy-efficient appliances, can significantly lower your overall consumption. By using less energy from the start, you ensure that your solar investment is as effective and cost-efficient as possible.

Read the California Solar Consumer Protection Guide

This step is non-negotiable. The state of California created the California Solar Consumer Protection Guide for a reason—to help you understand your rights and avoid potential pitfalls. This guide covers everything from financing options and contract terms to what to expect from your solar contractor. Reading it will equip you with the knowledge to ask the right questions and spot any red flags. It’s an invaluable resource that empowers you to feel secure and in control throughout the entire process of going solar.

Finding the Right Solar Partner

Once you’ve made your home more efficient and read the consumer guide, it’s time to find a professional to bring your solar project to life. Choosing a solar contractor is one of the most critical decisions you’ll make. This company will be responsible for designing a system tailored to your home, handling all the paperwork, and ensuring a high-quality installation. You’re not just buying panels; you’re investing in a long-term relationship with a company that will support your system for decades to come.

How to Compare Quotes from Solar Contractors

It’s always a good idea to get and compare several quotes from different solar companies. Don’t just focus on the bottom-line price. A quality proposal should detail the specific equipment being used (panels and inverters), warranty information, and an estimated production output. Pay attention to the company's history and reputation. How long have they been in business? Can they provide local references? A trustworthy partner will offer a transparent and comprehensive approach, ensuring you understand every aspect of your investment without any high-pressure sales tactics.

The Contractor's Role in Permits and SCE Interconnection

A great solar contractor acts as your project manager, handling much more than just the physical installation. Your chosen partner is responsible for obtaining all necessary permits from your local city or county, which is a crucial step before any work can begin. After the installation, they will arrange for the required inspections to ensure everything is up to code. Finally, they will prepare and submit the interconnection application to SCE, which is the formal process to get your system connected to the grid and start generating credits.

How to Track Your Solar Savings with Your SCE Login

For those who have already installed solar panels, seeing this type of data can help in many different ways:

1. Keep Track of Usage: While your electricity usage is much lower now that you are using solar energy, checking in online will help you keep an eye on your net usage. SCE keeps track of your usage for 12 months and then bills you for any leftover usage. If you check in online, you will have a better idea of how much you may owe at the end of the year. That is, if you owe anything at all!

2. See How Usage Has Changed: If you recently bought a new electric vehicle or have installed central air, you may be curious about how your electricity usage will change. By comparing monthly usage to previous months and years, you can get of an idea of how much it has increased and if you need to add more solar panels to your array to offset the additional usage.

3. Troubleshoot Possible Changes: Have you noticed a big change in your electricity bill and can’t figure out why? Looking at hourly usage may help you solve the problem. For instance, you may see that you are using more electricity during the afternoon than you were before. This could lead you realize that it’s because a tree has grown over the years and is now casting some shade on your solar panels.

Planning Your Solar Project in Edison

If you're thinking about going solar, getting familiar with how Southern California Edison handles solar energy is a great first step. For anyone connecting a new system, you'll be on what's called the Solar Billing Plan (SBP). It’s a system where your monthly bill shows the electricity you pull from the grid, but you also earn "energy credits" for any extra power your panels produce and send back. This setup is designed to help you manage your electricity costs by making the most of the sun. It’s all about understanding how you’re billed for what you use and credited for what you share, which is the foundation for maximizing your solar savings.

A big piece of this puzzle is SCE's Time-of-Use (TOU) rates, which make electricity more expensive during peak hours, usually from 5 PM to 9 PM. This is where planning becomes really important. To get the most out of your investment and avoid those high evening rates, you can pair your solar panels with a home battery. The SBP actually makes this a really smart financial move. With a battery backup system, you can store all that free, clean energy your panels generate during the day and use it yourself during the evening peak. This not only slashes your reliance on the grid but also gives you more energy independence and protects you from high costs.

Getting your system size right is also crucial. You want a system that matches your home's energy needs without being excessively large, especially because of the Energy Export Credit Adjustment (EECA), which can affect the value of credits for extra power you export. An oversized system might produce more energy than you can use or get full credit for, which isn't the most efficient way to spend your money. Working with an experienced installer ensures you get a custom-designed system that’s perfectly tailored to your usage, helping you avoid unnecessary costs and get the best possible return on your investment. You can start getting a sense of your needs with our online estimate calculator.

Planning for Solar Panels in Edison? Check Your SCE Usage First

If you are considering solar energy for your home or business, you can use the online data to get an idea of when you use the most electricity.

After reviewing the hourly data, you might notice how much electricity the air conditioner uses during the day or see a large spike when you plug in your electric vehicle in the early evenings. Perhaps, you’ll notice that you tend to use a lot of electricity during the winter months when you put up Christmas lights or the spring is more expensive because you are heating your pool with an electric heater.

Either way, getting a handle on your electricity usage will help you decide whether you would like to install solar panels and offset it with solar energy instead.

Advanced System Monitoring

While your SCE account is a great tool for seeing your net energy usage, modern solar installations come with their own advanced monitoring systems. These platforms give you real-time insights into exactly how much power your panels are producing at any given moment. This data is incredibly powerful. It helps you confirm your system is performing optimally and allows you to proactively identify any issues, like a sudden drop in production that could signal a problem. At AMECO, our solar solutions include robust monitoring so you always have a clear picture of your energy generation and can maximize your return on investment.

What Happens if My System is Damaged in a Disaster?

Living in California means we have to be prepared for events like earthquakes and wildfires. It’s natural to wonder how your solar investment would hold up. After a disaster, your system’s monitoring app is the first place to check. You can see if your panels are still producing energy, which helps you quickly assess the situation. If you notice a problem, you’ll need a professional inspection. Since damage can often affect both your solar array and the roof beneath it, working with an integrated expert is key. As a licensed roofer and solar contractor for over 50 years, AMECO can handle the entire repair process, ensuring both your home’s integrity and your energy system are restored through our comprehensive roofing solutions.

Ready for Solar Panels in Edison?

Now that you have access to real time data, you may consider adding panels to your existing solar array or installing a new solar system on your roof. Contact us at (888) 595-9570 and one of our solar consultants. By review your recent usage, we can figure out how many solar panels you will need to power your home with solar energy and provide you with a cost.

Frequently Asked Questions

Why should I make my home energy-efficient before installing solar panels? Reducing your home's energy consumption first is a smart financial move. Your solar system is sized to meet your electricity needs, so if you lower those needs beforehand, you can often install a smaller, less expensive system. Simple updates like switching to LED lights or sealing air leaks can make a big difference, ensuring your solar investment is as effective as possible from day one.

What is the California Solar Consumer Protection Guide and why is it important? This guide is a resource created by the state to help you make informed decisions when going solar. It covers essential topics like understanding contracts, comparing financing options, and knowing what to expect from your installer. Reading it helps you ask the right questions, recognize potential red flags, and feel confident throughout the entire process.

What should I look for in a solar quote besides the price? A good solar quote is more than just a number; it's a detailed plan. You should look for specifics on the equipment being proposed, including the brand and model of the solar panels and inverters. It should also clearly state the warranty terms for both the equipment and the installation workmanship, along with an estimate of how much energy the system will produce annually.

How does a home battery help with SCE's Solar Billing Plan? SCE's plan includes Time-of-Use rates, which means electricity costs more during peak evening hours (typically 5 PM to 9 PM). A home battery lets you store the free, clean solar energy your panels generate during the day. You can then use that stored energy in the evening instead of buying expensive power from the grid, which significantly lowers your bill and increases your energy independence.

My solar panels have their own monitoring app. Why do I still need to check my SCE account? Your solar monitoring app shows you how much energy your system is producing in real time, which is great for checking performance. Your SCE account, on the other hand, shows your net usage: the difference between the power you produce and the power you consume from the grid. Reviewing your SCE data helps you track your energy credits, anticipate your annual bill, and understand how changes in your lifestyle, like buying an EV, affect your overall energy balance.

Key Takeaways

• Analyze your energy use first: Before getting solar quotes, log into your SCE account to understand your electricity consumption patterns. This data helps you see when you use the most power, which is essential for sizing your system correctly and planning for SCE's Time-of-Use rates.
• Prepare for a smarter investment: Make your home more energy-efficient before installing solar to potentially reduce the size and cost of your system. Also, be sure to read the California Solar Consumer Protection Guide to understand your rights and make informed decisions.
• Plan for peak rates with a battery: Under SCE's Solar Billing Plan, electricity is most expensive in the evening. Pairing your solar panels with a battery backup system allows you to store the free energy you generate during the day and use it during these costly peak hours, maximizing your savings and energy independence.

Related Articles

• How to Access Info on Your Online SCE Account
• How Your Online SCE Account is Useful for Solar
• Everything You Need To Know About The SCE Rate Increase
• Solar Battery Backup Faces Opposition from SCE
• How to Read Your New (Solar) Edison Bill

Every month you receive an electric bill from Southern California Edison. Though some data is provided on the bill, you may not know that you can access a wealth of information through your online account.

Since some of our solar customers have found it difficult to navigate their online SCE accounts, we’ve written this step-by-step guide (complete with screenshots!) to help you view your electricity usage data online.

Step 1: Once you are logged into your SCE online account, click on “My Account” in the top right hand corner.

Step 2: Under “Amount Due” there should be a green rectangular bar that says “List Service Accounts”; click on the words in this bar.

Step 3: Click on the green “+” sign at the top right of the same box as your Edison Service Account number. This will bring up data on your electricity account.

Step 4: Now you will see a box with some basic information. Click on the black button titled “View Recent Usage” to access more information.

Step 5: At this point, you can choose different buttons to see data in different ways. The buttons circled in red below allow you to look at your usage by the hour, day or month. Note: when you click on the small calendar icon, you can scroll around and choose different days.

Disclaimer: While this blog post is meant to be helpful, we cannot claim to be experts on the SCE website. If you run into any issues or have questions, it is best to contact an SCE representative at 1-800-655-4555.

Now, when it comes to solar energy and solar panel installation, we can definitely say that we are experts. Feel free to call or email us at AMECO Solar if you would like to learn more about how to offset your electricity usage with solar energy.

Otherwise, stay tuned for our next blog post to find out how the data in your SCE online account can be useful for solar customers or those who are considering solar panel installation.

They say that good things come in threes, but this week six great things happened here at AMECO Solar.

To start things off, one of our recent customers emailed us about their first “solar” bill. Now that they have installed solar panels and are using solar energy, their electric bill was only $24.79 (plus a $1.76 tax). This is down from a whopping $353.00 for this same time period last year, which means they are saving more than $325.00 this month!

In addition to this positive news, we had a record breaking week for reviews. Five customers reviewed us on Solar Reviews in the past week. They gave us 5 star ratings in categories including sales process, price charged as quoted, and quality of installation.

Here is what they had to say about their solar panel installation experience with AMECO:

#1 “Our September 2013 installation went very smoothly. We had our roof replaced at the same time. The solar installation crew worked closely with the roofer. Overall it was a positive experience. Everything went along on time and as promised. I am very pleased with the result.”

#2 “I’ve had my solar system for over 5 years now. The installation went smooth, and the system is performing better than projected. I highly recommend Ameco Solar.”

#3 “We have had Ameco install the solar arrays on our home as well as our apartment building. They were on schedule for the installations and the team was very good installing and cleaning up the job sites. Both arrays are working well with our home array outputting a little more power than we were estimated. We have recommended Ameco to a friend who is also pleased with the quality of their work.”

#4 “Ameco installed my solar system 5 1/2 years ago. I was very pleased with the execution of the project then and continue to reap the benefits. I recently had a solar tune-up and was pleased to learn that the system is performing so well.”

#5 “Ameco put solar panels on our new construction 4 years ago, and they are still performing in top condition. They were extremely professional, and a pleasure to work with. I would highly recommend Ameco to anyone considering solar panels.”

You may see more reviews about AMECO Solar on our Solar Reviews profile. So far, 57 customers have reviewed us for a solid 4.91 rating out of 5.

The conversation around solar energy in LA County is getting louder, and for good reason. We recently joined community leaders and Environment California to kick off a new report on solar's local impact, and the findings are powerful. It confirms that the reasons to go solar are more compelling than ever. This isn't just about abstract environmental goals; it's about real, tangible benefits for homeowners like you. The report highlights exactly why making the switch is one of the smartest decisions you can make for your home and your future.

What Happened at Our Community Solar Meeting

It was an inspiring event complete with stories told by Angelenos who have solar panels on the roofs of their homes or businesses, a letter-to-the-editor writing workshop, and a compelling speech in support of solar from Senator Kevin De Leon.

A big highlight of the meeting came from some of LA’s tiniest solar advocates. After the first graders from Betty Plasencia Elementary School gave their reasons for liking solar energy, they sang a song titled “Solar Power to the People” eliciting a lot of “awwws” from the audience.

Why Go Solar? The Financial and Practical Benefits

Beyond the feel-good environmental aspect, going solar offers some serious financial and practical perks that can change your daily life. For many California homeowners, the decision comes down to simple math and a desire for more control over their home's power. It’s about making a smart investment that pays you back in multiple ways, from increasing your property value to giving you peace of mind when the grid feels unstable. These are the same reasons we see so many residential customers make the switch—they're looking for a solution that is both economically and environmentally sustainable for their family's future.

The conversation around solar has shifted. It's no longer just about reducing your carbon footprint; it's a powerful financial strategy. With utility costs on the rise and an aging power grid that can be unreliable, taking control of your home's energy production is more practical than ever. Going solar means you're not just a consumer of electricity, but a producer. This simple change in perspective has profound effects on your monthly budget and your home's long-term value. It’s a move toward self-sufficiency that provides a hedge against inflation and market volatility, securing a more predictable financial future for your family while contributing to a cleaner environment for everyone.

Increase Your Home's Value

Think of solar panels as a major home upgrade, much like a kitchen remodel, but with a better return on investment. According to the U.S. Department of Energy, homes with solar energy systems can sell for a premium and often sell faster than those without. Studies have shown this premium can be around $15,000 for an average-sized system. Unlike other renovations that are subject to taste, energy savings are universally appealing. When a potential buyer sees that your home comes with low or non-existent electricity bills, it becomes a powerful selling point that sets your property apart in a competitive market.

Lower Your Monthly Energy Bills

This is the benefit you'll notice right away. Installing solar panels can dramatically reduce, or in some cases, completely get rid of your monthly electricity costs. Your system generates power during the day, which your home uses first. If you produce more than you need, the excess energy is sent back to the grid, and your utility company credits your account through a program called Net Energy Metering (NEM). This means you’re only paying for the "net" amount of energy you use over a billing period. Over the 25+ year lifespan of your solar panels, those monthly savings add up to a significant amount. You can even use our estimate calculator to get a personalized idea of your potential savings.

Protect Yourself from Rising Utility Rates

Utility rates in California seem to only go one way: up. This unpredictability can make budgeting a real challenge. When you go solar, you effectively lock in your electricity costs for decades. The sun, after all, doesn’t send you a bill with surprise rate hikes. This creates financial stability and protects your household budget from market volatility. For even greater energy independence, especially during power outages, many homeowners are also choosing to add a battery backup system. This allows you to store your excess solar energy and use it whenever you need it, keeping your lights on and your home running smoothly no matter what’s happening with the grid.

Making Solar Affordable: Costs and Incentives

The price tag for a solar system can seem daunting at first, but it's more accessible than most people think. Thanks to a variety of payment options and powerful financial incentives, you don't need to have a pile of cash sitting around to make it happen. The key is understanding the different paths you can take to finance your system and taking full advantage of programs designed to make clean energy affordable. At AMECO, our personalized approach involves walking you through every option to find the one that best fits your financial goals, ensuring you feel confident and clear about your investment.

Think of it less as an upfront cost and more as a long-term investment with guaranteed returns. The money you're currently sending to the utility company each month can be redirected to pay for an asset that improves your home and saves you money for decades. The combination of federal tax credits, state rebates, and flexible financing means the barrier to entry is lower than ever. A reputable solar partner will act as your guide, helping you identify every available incentive to bring the net cost down significantly. This financial engineering is just as important as the physical engineering of the panels on your roof.

How to Pay for Your System

The two most common ways to pay for a solar system are buying it outright with cash or financing it with a solar loan. A cash purchase offers the most straightforward path and typically yields the highest long-term savings since you won't have any interest payments. However, solar loans are an incredibly popular and effective option. Many homeowners find that their monthly loan payment is actually lower than their old average utility bill, meaning they start saving money from day one. Other options like solar leases or Power Purchase Agreements (PPAs) exist, but owning your system through a cash purchase or loan is what allows you to claim valuable tax credits and truly maximize your financial return.

Major Financial Incentives for Homeowners

One of the biggest factors making solar so affordable is the Federal Solar Investment Tax Credit (ITC). Thanks to the Inflation Reduction Act of 2022, homeowners who install a solar system can receive a tax credit for 30% of the total system cost. This isn't a deduction—it's a dollar-for-dollar credit that reduces your federal income tax liability. For a $25,000 system, that’s a $7,500 credit right back in your pocket. On top of the federal ITC, various state and local incentives may also be available. A knowledgeable solar installer will help you identify and apply for every rebate and credit you’re eligible for, making the process seamless.

Is Your Home a Good Candidate for Solar?

While solar is a great fit for many homes, there are a few factors that determine if your property is a prime candidate for an installation. It mostly comes down to your roof, your property's sun exposure, and any local rules you might need to follow. Before you get too far into the process, it’s helpful to do a quick assessment of your own home to see if it checks the right boxes. Getting a professional evaluation is always the best way to know for sure, but you can get a pretty good idea just by looking at your property with a few key things in mind. You can even get a preliminary look at how panels might appear on your roof with our 3D Home Visualizer.

The good news is that in a sunny state like California, most properties have excellent solar potential. The question isn't usually "if" you can go solar, but "how" to design the most efficient and cost-effective system for your specific home. This involves analyzing your roof's orientation and pitch, identifying any potential shading issues from trees or neighboring structures, and assessing the overall health of your roof. It also means understanding the local permitting process and any community guidelines, like those from an HOA. A thorough evaluation will consider all these variables to create a customized plan that maximizes your energy production and financial savings for years to come.

Evaluating Your Roof and Property

The ideal roof for solar panels is one that is south-facing with a slope between 15 and 40 degrees, as this maximizes sun exposure throughout the day. However, east- and west-facing roofs can also be very effective. You’ll also want to check for shade from trees or nearby buildings that could cover your roof during peak sun hours. Finally, the age and condition of your roof are critical. Since solar panels are warrantied for 25 years, you want to make sure your roof is in good shape to last just as long. As a company with over 50 years of combined expertise in both roofing and solar, we can ensure your foundation is solid before installing your system, handling any necessary repairs or replacements in one seamless project.

Dealing with Homeowners' Associations (HOAs)

If you live in a community with a Homeowners' Association, you might worry that they could prevent you from installing solar panels. The good news is that this is rarely an issue. While you will likely need to submit your plans for approval, California has solar access laws that prevent HOAs from unreasonably restricting or denying a solar installation. They can’t ban solar entirely or make requirements that would significantly increase the cost or decrease the efficiency of your system. In most cases, it's just a matter of following the proper application process. An experienced solar installer can even help you prepare and submit the necessary paperwork to your HOA.

Why Our City Should Go Solar

The community meeting served as a kick-off for Environment California’s latest report, Solar in the Spotlight: Stories of Angelenos Investing in a Clean Energy Future. The intent of the report is two-fold.

First, it’s written to spread awareness of the benefits of solar power to all Angelenos. There are many misconceptions about solar panel installation, one being that many still believe that it’s only for the rich or those with large utility bills.

As you read about the 23 solar success stories highlighted in the report, it’s easy to see how the solar energy clientele has become diversified and is now accessible to people at all income levels. From churches to low-income housing and local business to homeowners, almost everyone mentions how the solar panels are saving them money and how happy they are to be relying on a clean, renewable energy.

Second, the report can be seen as a reminder to Mayor Garcetti about his welcome support for solar energy. While running for mayor, he endorsed the idea that Los Angeles should install 1200 MW of solar power to generate nearly 20 percent of the city’s needs. Now that he’s in office and putting together the plan for his term, Environment California hopes that the report will inspire Garcetti to continue to work on the “20 by 2020 campaign” an official city goal.

Community Solar: An Alternative for Everyone

Even if your home isn't suited for rooftop panels or you're a renter, you can still benefit from solar power through a community solar program. It works like a subscription to a local solar farm; you sign up for a share of the energy it produces and receive credits on your electricity bill. This model makes clean energy accessible to almost everyone, allowing you to lower your carbon footprint and your monthly bills without installing anything on your property. It’s a simple, powerful way to join the renewable energy movement.

Understanding Solar Technology and Installation

Once you decide to go solar, it helps to know a little about the technology and installation. Modern solar panels are more efficient and stylish than ever, but even the best tech needs a flawless installation to perform well. The entire process, from design to permitting and final connection, requires deep expertise. A great solar partner guides you through each step, ensuring your system is tailored to your energy needs. At AMECO, we've refined our approach over decades to make the transition to solar simple and transparent for every homeowner.

Advances in Solar Panel Technology

Today’s solar panels are a far cry from the bulky models of the past. Modern panels are highly efficient, capturing more sunlight to generate more power with a smaller footprint—perfect for homes with limited roof space. Beyond performance, manufacturers have also focused on aesthetics. You can now find sleek, all-black panels that offer a subtle, sophisticated look that blends beautifully with your roof. These advancements ensure that going solar doesn’t require you to compromise on your home’s curb appeal while you reap the financial and environmental benefits of clean energy.

Building-Integrated Photovoltaics (BIPV)

For homeowners who prioritize aesthetics, building-integrated photovoltaics (BIPV) are a game-changer. Instead of mounting panels on top of your roof, BIPV technology incorporates solar cells directly into roofing materials like shingles or tiles. This creates a seamless look that makes the solar components nearly invisible. Because this technology merges roofing and electrical systems, it’s crucial to work with a company that has proven expertise in both. As a licensed roofing and solar contractor, we can help you explore if these innovative solutions are the right fit for your home.

The Importance of a Qualified Professional Installer

A solar energy system is a major home investment, and its long-term performance depends on the quality of the installation. A qualified professional does more than just attach panels; they conduct a site assessment, design an optimized system, handle all permits, and ensure the electrical work is safe and up to code. When vetting installers, look for credentials like certification from the North American Board of Certified Energy Practitioners (NABCEP). With over 50 years of combined solar and roofing experience, our team has the expertise to ensure your system is installed correctly for decades of reliable clean energy.

Adding Battery Storage for Energy Independence

Pairing your solar panels with a home battery is the key to true energy independence. A battery stores the excess energy your panels generate during the day, so you can power your home with clean energy at night or during a power outage. For Californians, where grid instability and blackouts are a real concern, a reliable battery backup provides incredible peace of mind. It allows you to take control of your power, reduce your reliance on the utility company, and keep your family safe and comfortable during grid disruptions.

Ready to Go Solar? Here's How You Can Help

Though Los Angeles has huge potential for solar installation, the city uses solar energy for only 2% of its electrical needs. We have a long way to go to meet the 20% goal.

If you have a couple minutes, please fill out a brief form at Environment California’s website to  sign the petition and help get Garcetti’s attention.

For those who are active on Facebook or Twitter, you can spread the word about solar in LA by posting or tweeting to your friends and followers. Use the @ericgarcetti and @EnvCalifornia handles to make sure that the Mayor doesn’t miss your post.

Frequently Asked Questions

My roof is old. Do I need to replace it before installing solar panels? It's a great question, and the answer is usually yes. Solar panels have a warranty of 25 years or more, so you want your roof to be in good enough shape to last just as long. Installing panels on an old roof can lead to problems down the line, requiring you to remove the entire system just to make repairs. As a company with deep expertise in both roofing and solar, we can assess your roof's condition and handle any necessary replacements as part of a single, streamlined project, ensuring a solid foundation for your solar investment.

What happens if my solar panels produce more energy than my home uses? When your system generates more electricity than you need, the excess power is sent back to the utility grid. Through a program called Net Energy Metering (NEM), your utility company will credit your account for that extra energy. This credit helps offset the cost of any electricity you might pull from the grid at night or on cloudy days. Essentially, the grid acts like a giant battery for you, ensuring none of your solar production goes to waste.

Will solar panels still power my home during a blackout? Standard grid-tied solar systems are designed to shut down automatically during a power outage for safety reasons. However, if you want to keep your lights on when the grid goes down, you can pair your solar panels with a battery backup system. The battery stores your excess solar energy, allowing you to create your own personal power reserve. This gives you true energy independence and peace of mind during blackouts.

I live in a community with an HOA. Can they stop me from going solar? While you'll likely need to get your HOA's approval, California has solar access laws that prevent them from unreasonably denying your request to install panels. They cannot ban solar outright or impose restrictions that would significantly reduce your system's performance or drive up the cost. We have a lot of experience working with HOAs and can help you prepare and submit the necessary paperwork to make the approval process smooth.

Is the 30% federal tax credit a limited-time offer? The 30% Federal Solar Investment Tax Credit (ITC) was updated and extended through the Inflation Reduction Act of 2022. This allows homeowners to receive a credit equal to 30% of the total cost of their solar system, including battery storage. This credit is scheduled to remain at 30% for systems installed through 2032 before it begins to step down, so while it's not ending tomorrow, it's a powerful incentive to take advantage of sooner rather than later.

Key Takeaways

• Solar is a smart financial investment, not just an environmental choice: Going solar can significantly lower or even get rid of your monthly electricity bills, increase your home's resale value, and protect you from unpredictable utility rate hikes, offering a substantial return on investment.
• Going solar is more affordable and accessible than you might think: Thanks to the 30% Federal Solar Tax Credit and flexible financing options like solar loans, the initial cost is manageable for many homeowners, often resulting in monthly payments that are lower than their previous utility bills.
• Proper planning and professional installation are crucial for success: The best results come from a well-designed system on a suitable roof, installed by a qualified professional who can handle everything from permits and HOA approvals to ensuring your roof's integrity, which is why partnering with an experienced solar and roofing expert is so important.

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• Solar Power at Home: How You Benefit From It
• How Much Does Solar Cost in California?
• Solar Panels More Common on New Homes
• Blog | Solar Panel News | Solar Panel Company | AMECO Solar

The market for solar microinverters has grown substantially this year, and experts predict that it will quadruple in the next four years. Researchers from ISH, a market research firm, estimate that microinverter sales will reach 500 megawatts in 2013, and global shipments are expected to hit 2.1 gigawatts by 2017. That’s an overwhelming 306% increase.

Recent Growth of Microinverter Sales

Much of the expansion is coming from overseas and commercial markets, which have lower penetration rates for microinverters than the residential sector. This is the result of manufacturers such as Enphase seeking out new areas of growth.

“Microinverters have reached very high adoption rates in the United States, particularly in the residential market, where penetration will reach more than 40% in 2013,” Cormac Gilligan, PV market analyst at IHS, said in a press release. “However, in order to grow or maintain market share, microinverter suppliers now are striving to expand to new regions that at present don’t use the technology.”

Different Types of Solar Inverters

Inverters are some of the most important components of any home solar system. The inverter takes the direct current (DC) power produced by solar panels and converts it to alternating current (AC) so that it can be consumed by a home’s electrical system.

For many years, the only type of inverter available for a solar electric system was a central inverter (sometimes referred to as a string inverter). It’s a mature, sturdy technology that is still effective for most of the solar arrays that we design today.

Why Choose Microinverters over a Central Inverter

However, there are certain situations where a microinverter may be a better option. Most specifically, microinverters are best used when a roof receives intermittent shade throughout the day.

Since a central inverter combines the power from multiple solar panels in one unit, power production can decrease if a few of the solar panels are obstructed by shade. Microinverters are able to overcome this obstacle because a small inverter is attached to each solar panel. Then, if one panel is partially shaded, the rest of the system will still perform to its usual standards.

It is worth mentioning that microinverters are significantly more expensive than central inverters at this point in time. Also, it’s a fairly new technology and some solar experts question its ability to continue performing year after year. Thankfully, the microinverters that we offer come with 25 year warranties that give our customers peace of mind.

US Leader in Microinverter Sales, Japan Second

IHS estimates that the U.S. accounts for about 72 percent of all microinverter shipments. However, that number could fall to 50 percent in the next four years as more units are sent to overseas solar installations. In particular, the Japanese market has heated up in recent years now that more suppliers are located in that country (Japanese developers tend to prefer domestic manufacturers over imports).

Reinforcing the success of the microinverter industry, Enphase recently reported record-breaking revenue for their third quarter. Although prices for microinverters have been falling as of late due to increased competition, Enphase has experienced considerable growth due to the expanding demand for its high-quality products.

By keeping up with technical innovations in the solar industry (like microinverters), solar installers like AMECO can continue to provide better service to our customers. Those in Southern California who are interested in installing solar panels with microinverters should contact us and request a solar evaluation.

Instead of waiting in long lines and buying new things, Giving Tuesday is a day where people are encouraged to spend money on nonprofits and make charitable donations. This year, AMECO Solar suggests making a donation to a solar-focused nonprofit who is making our world a better (and brighter!) place.

Saving Lives with Solar Suitcases

We Care Solar is an organization the promotes safe motherhood and prevents infant mortality rates by providing a solar energy kit to health workers. Dubbed the “solar suitcase”, each kit includes a small solar panel and rechargeable battery that powers basic medical equipment. Though originally designed for delivering babies in rural settings, the solar suitcases are now used in health centers and clinics all over the world for a range of medical situations. CNN recently nominated Dr. Laura Satchel (We Care Solar’s Executive Director) as a top 10 CNN Hero.  When you donate through the CNN website, Subaru will match your gift and your impact will be doubled!

Alternative Rock for Alternative Energy

Having met during an Environmental Analysis program in college, the band members from Trapdoor Social have always bonded over two things: music and clean energy. They have taken a creative approach to the release of their upcoming album. All proceeds will go towards the new solar installation project at Homeboy Industries, a nonprofit in Los Angeles that provides job training support for prior gangmembers. Plus, when you give a little, you’ll get a little in return! Every donation from $15 to $5,000 comes with a reward from songs on the B Side of the album to your own private concert.  Make a donation to Trapdoor Social’s campaign and help them reach their $20,000 goal.

Solar Energy for Everyone

Since 2001, the team at Grid Alternatives has been installing solar panels as a way to empower communities in need. Not only do they provide solar energy for families struggling to make ends meet, but they also train workers from local communities to become certified solar installers. The majority of their work has been in California, but they recently expanded to Colorado and are hoping to open offices in other states soon.  Support their mission of making solar energy accessible for everyone by donating online.

It feels like every summer in Southern California gets hotter and longer, doesn't it? Those rising temperatures mean your AC works overtime, and your electricity bill climbs right along with it. But what if you could take control of your energy costs? Investing in solar electricity in Los Angeles is a powerful way to fight back. With Los Angeles solar panels, you generate your own clean power, reduce your reliance on the grid, and save money. This guide breaks down everything you need to know about making the switch to solar energy in Los Angeles County.

On November 13, the Environmental Defense Fund (EDF) and the UCLA Luskin School of Public Affairs released a report titled “Los Angeles Solar and Efficiency Report (LASER)”. It suggests solar energy as a solution to Los Angeles County’s climate (and financial) woes, revealing how the considerable untapped solar power resources could lead to a boom in both renewable energy production and economic activity.

Why Solar Electricity is a Smart Move for LA Homeowners

If you live in Los Angeles, you’re no stranger to high electricity bills. It’s a common frustration for homeowners across the city, but what if you could significantly reduce that expense while also gaining more control over your power supply? Going solar isn’t just about environmental benefits; it’s a practical financial decision that addresses two of the biggest challenges LA residents face: soaring energy costs and a sometimes-unreliable power grid. By harnessing the abundant Southern California sunshine, you can generate your own clean electricity, creating a more predictable and sustainable energy future for your household.

Combatting High Energy Costs

Let's be direct: electricity in Los Angeles is expensive. In fact, residents pay about 62.5% more than the national average. This isn't just a random price hike; it's the result of a combination of factors, including the high cost of maintaining an aging power grid, implementing necessary wildfire prevention measures, and general inflation. These costs are passed directly to you, the consumer, leading to bills that can feel unpredictable and out of control. Installing solar panels on your home is one of the most effective ways to combat these rising rates. By producing your own power, you drastically reduce the amount of electricity you need to buy from the utility company, giving you a powerful tool to stabilize your monthly expenses.

Gaining Energy Independence

Relying on a utility company means you’re subject to their rate increases, policy changes, and power outages. Solar panels, especially when paired with a battery backup system, offer a significant degree of energy independence. Instead of being a passive consumer, you become an active energy producer. This shift gives you control over your energy costs and reduces your dependence on a grid that can be vulnerable to blackouts during heatwaves or other emergencies. For many LA homeowners, this peace of mind is one of the most compelling reasons to switch to solar, providing a sense of security that traditional energy sources simply can't match.

The Financial Case for Solar in Los Angeles

While the idea of energy independence is appealing, most homeowners want to know the bottom line: does solar make financial sense? The answer is a resounding yes. Although there's an upfront investment, a solar panel system is an asset that pays for itself over time and continues to deliver savings for decades. Think of it as pre-paying for your electricity at a fixed rate for the next 25 years or more. When you break down the costs, factor in the available incentives, and calculate the long-term return on investment, the financial case for going solar in Los Angeles becomes incredibly clear and compelling.

Understanding the Cost of Solar Panels in Los Angeles

Figuring out the cost of a solar system is the first step for many homeowners. While the price can vary based on your specific energy needs and the size of your home, it's helpful to have a ballpark figure in mind. From there, you can begin to understand the factors that influence the final price and the immense value a trusted local installer brings to the table. This initial investment is what unlocks decades of energy savings, so it's important to approach it with a clear understanding of both the cost and the long-term benefits.

Average System Costs

So, what does a typical system cost? According to data from EnergySage, a Los Angeles homeowner might need a 9.95 kW solar system, which has an average cost of around $24,902 before any incentives are applied. It's important to remember that this is just an average. The final price tag will depend on your household's unique energy consumption, the specific equipment you choose, and the complexity of the installation. The best way to get an accurate number for your home is to get a personalized quote. You can even start with an online calculator to get a preliminary estimate based on your address and average utility bill.

The Value of a Local Installer

The company you choose to install your system is just as important as the panels themselves. A local, experienced installer brings invaluable knowledge of LA-specific building codes, permitting processes, and LADWP's unique requirements. They understand the local climate and how to design a system that maximizes production. At AMECO, for example, our team has been serving Southern California since 1974, giving us deep roots and an unmatched understanding of the region. Our integrated approach, which combines both roofing and solar expertise, ensures that your roof is in optimal condition before a single panel is installed, protecting your home and your investment for the long haul.

Calculating Your Return on Investment

A solar system isn't just an expense; it's an investment in your home's future that generates tangible returns. Understanding how to calculate this return is key to appreciating the full financial benefit of going solar. The two main components are the payback period—how long it takes for the system to pay for itself—and the long-term savings you'll accumulate over the life of the panels. When you see the numbers, you'll realize that solar is one of the smartest financial upgrades you can make for your home.

Payback Period and Long-Term Savings

The return on investment for solar in Los Angeles is impressive. Data shows that homeowners can save an estimated $173,545 over 25 years on their electricity bills. With a typical payback period of about 6.5 years, your system will pay for itself relatively quickly. After that, every kilowatt-hour of electricity your panels produce is pure savings. For the remaining 18-20 years of your system's warrantied life, you'll be generating free electricity from the sun. This makes solar a powerful long-term financial strategy, turning a monthly liability into a wealth-generating asset for your home.

Monthly Bill Reduction

While the long-term savings are staggering, you'll feel the financial benefits of solar much sooner. From the very first full billing cycle after your system is turned on, you can expect to see a dramatic reduction in your monthly electricity costs. For many homeowners, the new, lower bill is often less than what they were paying before, especially if they financed their system. This immediate cash flow relief is one of the most satisfying aspects of going solar. Instead of sending hundreds of dollars to the utility company each month, you're paying down an asset that adds value to your property.

Tapping into Solar Incentives and Tax Credits

One of the best parts about going solar is that you don't have to foot the entire bill yourself. The government offers powerful financial incentives to encourage homeowners to switch to clean energy. These programs are designed to significantly reduce the net cost of your solar installation, making the investment more accessible and shortening your payback period. Understanding and taking full advantage of these credits is a critical step in maximizing the financial return of your solar project.

The 30% Federal Solar Tax Credit

The most significant incentive available is the federal Residential Clean Energy Credit, often called the solar tax credit. This allows you to claim 30% of your total system cost—including panels, battery storage, and installation—as a dollar-for-dollar credit on your federal income taxes. For a system costing $25,000, that’s a $7,500 credit, which brings your net cost down to just $17,500. This isn't a deduction; it's a direct credit that reduces the amount of tax you owe, making it an incredibly valuable tool for homeowners.

LADWP's Self-Generation Incentive Program (SGIP)

In addition to the federal tax credit, California residents may be eligible for the Self-Generation Incentive Program (SGIP). While the program has evolved over the years, it currently provides a rebate for installing a battery storage system alongside your solar panels. Given the changes with NEM 3.0 and the increasing importance of storing your own energy, this incentive makes adding a battery even more financially attractive. A qualified local installer can help you determine your eligibility and handle the application process to ensure you receive any rebates you're entitled to.

Working with Your Utility: LADWP and NEM 3.0

When you go solar, you don't completely disconnect from your utility company. Instead, you enter into a new kind of partnership. Your home remains connected to the grid, which provides a crucial backup for your energy needs and a destination for any excess power your panels produce. In Los Angeles, this relationship is managed by the Los Angeles Department of Water and Power (LADWP). Understanding how LADWP's solar programs and California's net metering rules work is essential for any homeowner considering a solar installation, as these policies directly impact the financial returns of your system.

LADWP Solar Programs for Homeowners

LADWP has been a proactive partner in helping Los Angeles residents adopt clean energy. The utility offers several programs designed to make it easier for homeowners to get involved with solar, whether they install panels on their own roof or participate in a community-based option. These initiatives are a core part of the city's broader goal to transition to 100% renewable energy. By familiarizing yourself with these programs, you can better understand how your individual solar system fits into LA's larger energy landscape.

Solar Rooftops and Shared Solar

For most homeowners, the relevant program is Solar Rooftops, which is LADWP's framework for customers who install their own solar panel systems. This is the standard path for connecting your system to the grid and getting credit for the energy you produce. LADWP also offers a Shared Solar program, which allows residents who can't install panels—perhaps because they rent or have a heavily shaded roof—to purchase power from a larger, local solar facility. This ensures that more Angelenos have an opportunity to benefit from clean, locally generated energy, even if a personal rooftop system isn't a viable option for them.

The Impact of California's Net Metering (NEM 3.0)

Net Energy Metering (NEM) is the policy that determines how you are compensated for the excess electricity your solar panels send to the grid. California recently transitioned to a new version of this policy, known as NEM 3.0. Under the new rules, the credit you receive for exporting solar energy is lower than it was previously. This change makes it much more financially advantageous to use the electricity you generate yourself rather than selling it back to the utility. As a result, pairing your solar panels with a battery storage system has become more important than ever for maximizing your savings.

Why Battery Storage is More Important Than Ever

In the past, a solar battery was often seen as a luxury add-on. Today, under NEM 3.0, it has become an essential component for maximizing the value of your solar investment. A battery allows you to store the excess solar energy your panels produce during the day instead of sending it back to the grid for a lower credit. This stored energy can then be used to power your home at night or during a power outage, giving you greater energy independence and insulating you from the utility's most expensive peak-hour rates.

Storing Your Power for Nighttime and Outages

Your solar panels are most productive in the middle of the day, but your home's energy consumption often peaks in the evening when the sun has gone down. Without a battery, you'd have to buy expensive electricity from the grid during these hours. A battery backup system solves this problem. It stores your free, clean solar energy so you can use it whenever you need it most. This is especially valuable under Time-Of-Use (TOU) rate plans, where electricity costs more during peak evening hours. Furthermore, a battery provides invaluable peace of mind, keeping your lights on, your refrigerator running, and your devices charged during a blackout.

Do You Still Get an Electric Bill with Solar?

This is one of the most common questions homeowners have, and it's important to set clear expectations. Yes, in most cases, you will still receive a monthly electric bill even after installing solar panels. However, this bill will look very different. As Palmetto explains, "your solar panels only make electricity when the sun is shining." Your bill will likely include small, fixed charges for being connected to the grid. You may also owe a small amount for any electricity you used from the grid at night if your battery was depleted. The goal of a well-designed solar and battery system is to make this bill as close to zero as possible.

Your Roadmap to Going Solar in Los Angeles

You understand the financial benefits and the importance of energy independence. Now, it's time to move from "why" to "how." The process of going solar can seem complex from the outside, but it can be broken down into a series of clear, manageable steps. The single most important decision you'll make is choosing the right installer to guide you through the journey. A great partner will handle the technical details, simplify the process, and ensure your system is designed and built to last, turning a potentially daunting project into a smooth and rewarding experience.

How to Choose the Right Solar Installer

Your solar installer is your long-term partner in your clean energy journey. They are responsible for designing a system that meets your needs, handling all the permits and paperwork, and performing a high-quality installation that will stand the test of time. This is not a decision to be taken lightly. You're not just buying panels; you're investing in a service and a relationship. Taking the time to vet your installer thoroughly is the best way to ensure a successful outcome and protect your investment for the decades to come.

Experience and Certifications

As EnergySage advises, you should always "choose an installer with plenty of experience designing and putting in solar systems." Look for a company that has been in business for many years and has a long track record of successful installations in the Los Angeles area. At AMECO, our 50 years of combined solar and roofing expertise means we've seen it all. Also, check for industry certifications, such as those from the North American Board of Certified Energy Practitioners (NABCEP). These credentials are a clear indicator that the company is committed to quality and adheres to the highest industry standards.

Warranties and Equipment Quality

A solar installation comes with two types of warranties: a manufacturer's warranty on the equipment (panels, inverters, batteries) and a workmanship warranty from your installer. A reputable installer will use high-quality, durable equipment from trusted brands and will stand behind their own work with a strong workmanship warranty. This covers any issues related to the installation itself, such as leaks or wiring problems. Be sure to ask about both types of warranties, as they are your primary protection for the life of the system.

Customer Reviews and Local Expertise

In today's world, there's no substitute for reading real customer reviews. Look for an installer with consistently positive feedback on platforms like Yelp, Google, and SolarReviews. Pay attention to what customers say about the company's communication, professionalism, and post-installation support. Choosing a company with deep local expertise, like AMECO, ensures they understand the nuances of working with LADWP and local building departments. This local knowledge can prevent delays and ensure your project goes smoothly from start to finish, as our many satisfied residential customers can attest.

The Solar Installation Process, Step-by-Step

Once you've chosen your installer, the process of getting panels on your roof is surprisingly straightforward. A good company will manage every detail for you. The first step is a detailed consultation and site assessment, where an expert will analyze your energy usage and evaluate your property. A crucial part of this is inspecting your roof to ensure it's ready for solar. Because we also specialize in roofing, we can identify and address any potential issues before they become problems. After you approve the custom design, your installer will secure all necessary permits. The physical installation typically only takes one to three days, followed by a final inspection from the city and utility company before your system is officially turned on.

The Bigger Picture: Solar's Impact on Los Angeles

When you choose to go solar, you're doing more than just lowering your electric bill; you're becoming part of a larger movement that is transforming Los Angeles. As the "Los Angeles Solar and Efficiency Report" highlights, the city has a massive amount of untapped solar potential. Every homeowner who installs panels helps unlock that potential, contributing to a more resilient and sustainable energy grid for the entire community. Your individual decision creates a ripple effect, reducing the region's reliance on fossil fuels, improving local air quality, and paving the way for a cleaner, greener future for all Angelenos.

LA's Rooftops: A Goldmine for Solar Energy?

The researchers analyzed building data across Los Angeles to determine that, if even a fraction of the city’s buildings were equipped with solar panels, the subsequent installation work would create thousands of jobs and the resulting clean energy would put a major dent in carbon emissions. Two major wins for the county that everyone can agree on.

Another important point, LA’s undeveloped solar roofs (meaning those without solar panels installed) have the potential for a generating capacity of 22,984 megawatts. To give our readers an idea of just how much power that represents, the state of California currently has 3,761 megawatts of solar capacity currently installed and the entire United States has less than 10,000 megawatts.

How Los Angeles Solar Panels Create Local Jobs

Even if the county of Los Angeles were to realize just 5 percent of its solar potential, it could generate enough electricity for over 287,000 homes. In addition, the installation work for undertaking such a project would create over 29,000 new jobs.

“This study sends a clear message to Angelenos – the potential to invest in LA’s clean, renewable energy economy and build healthier communities is huge,” said Jorge Madrid of EDF in a press release.

By investing in more solar installations, Los Angeles and surrounding areas could help support economic activity in the region and put in place a good foundation for continued prosperity. The organization hopes the report can be used as a tool for elected officials in the area to enact real change through legislation in favor of solar energy and energy efficiency.

How LADWP is Leading with Utility-Scale Solar

It's encouraging to see that it’s not just homeowners and researchers recognizing LA's solar potential. The Los Angeles Department of Water and Power (LADWP) is also stepping up in a big way on a larger scale. Through its Utility Built Solar (UBS) program, LADWP is actively installing solar panels on city-owned buildings and parking lots. This initiative is a key part of how the utility plans to meet its clean energy goals and cut down on local pollution. To date, they've installed 25 megawatts of solar power across more than 47 projects. This effort generates enough clean electricity to power over 7,600 homes annually, making a real, tangible impact on our community and air quality by tapping into the city's abundant sunshine.

Frequently Asked Questions

Why is solar a good idea for me if I live in Los Angeles? Los Angeles has some of the highest electricity rates in the country, and they continue to climb. Installing solar panels allows you to generate your own power, which drastically cuts down how much electricity you need to buy from your utility company. This gives you more control over your monthly bills and provides a buffer against future rate hikes. Plus, with a battery, you gain a reliable backup power source during blackouts.

How much does it actually cost to install solar panels in LA? The final cost depends on your home's specific energy needs, but an average-sized system in Los Angeles typically costs around $25,000 before any incentives. The most important thing to remember is that this is an investment, not just an expense. The federal government offers a 30% tax credit, which significantly lowers your net cost. A professional installer can give you a precise quote based on your energy usage and home.

What is NEM 3.0 and why does it make a battery so important? NEM 3.0 is California's policy for how utility companies compensate you for the extra solar energy you send to the grid. Under these new rules, the credit you receive is much lower than it used to be. This makes it more financially beneficial to store your excess solar power in a battery and use it yourself later, especially during the evening when electricity rates are highest. A battery helps you maximize your savings and become more energy independent.

Will I still have an electric bill after I get solar panels? Yes, you will most likely still receive a monthly bill from your utility company, but it should be much lower. Your bill will include small, fixed connection fees and may show charges for any electricity you used from the grid when your panels weren't producing and your battery was depleted. The goal of a well-designed solar and battery system is to get that bill as close to zero as possible.

How do I find a trustworthy solar installer in Los Angeles? Choosing the right installer is crucial. Look for a company with a long history of successful installations in the LA area, like AMECO, which has been serving Southern California since 1974. Check for industry certifications, read recent customer reviews, and make sure they offer strong warranties on both the equipment and their workmanship. A reputable local installer will also have deep knowledge of LADWP's specific requirements, which helps your project run smoothly.

Key Takeaways

• Solar is a direct response to high LA energy costs: With electricity rates in Los Angeles significantly higher than the national average, installing solar panels allows you to produce your own power, drastically reducing your reliance on the utility company and giving you control over your monthly expenses.
• Battery storage is now essential for maximizing savings: Due to California's NEM 3.0 policy, the financial credits for sending excess solar power to the grid have been reduced. Pairing your panels with a battery lets you store that energy for nighttime use, which is more valuable than selling it back to the utility.
• Choosing an experienced local installer is critical: Your installer is your long-term partner in this project. A company with deep local expertise understands LADWP's specific requirements and local building codes, ensuring a smooth process and a high-quality installation that protects your investment.

Related Articles

• How Much Do Solar Panels Cost for a House? A Full Guide
• California’s NEM 3.0: How Does it Impact Solar Battery Needs | AMECO Solar
• LA's Solar Potential Could Lead To 29,000 Jobs
• LADWP Changes Solar Incentive Program
• NEM 3.0 | Solar Panel System | AMECO Solar

You've probably heard the rumor: you need a $150 bill to even consider solar in California. This common myth makes many in Los Angeles question, "are solar panels worth it in los angeles for me?" Let's clear this up: almost anyone can qualify. The more important question is, do you still have an electric bill with solar panels? Yes, you do. But it's not the bill you're used to. Your new, much lower statement is proof of a smarter energy strategy, reflecting a partnership with the grid, not a dependency on it.

Is Your Electric Bill High Enough for Solar?

Why do the solar marketers focus so much on $150? Typically, the more money you pay for electricity, the more solar panels will be able to save you. It is at about the $150 dollar mark that the payments for investing in solar panels may be equaled by the monthly savings. Many marketers have discovered that if the monthly savings are greater than your electricity costs from day one, then the odds are better for making a sale.

By weaving the $150 limit into solar advertising, some companies are using a clever tool to weed out people with smaller electricity bills. If they were truthful, they should be saying, “If your electric bill is $150 or more, then you qualify for a solar sales presentation!”

Why Go Solar? It's More Than Just Savings

Everyone has a different motive for going solar and it’s not necessarily all financial. There are other reasons for installing a solar array.

Many people are concerned about what they can do to reduce their carbon footprint. Lifestyle changes (like recycling and being a conscious consumer) are an important way to make less of an impact on the earth, but it is hard to live without electricity or hot water, so solar energy is the natural choice for producing clean power.

As an example, two of our customers who own  solar panels in Long Beach were only paying about $30 a month to SCE when they decided to go solar in the early 2000’s. Since their electric bill was on the smaller side, the estimated payback wouldn’t be until the 20th year that they own the system. However, it was important for them to use clean, renewable energy to power their home instead of relying on the fossil fuels delivered by the utility company.

Another reason people install solar panels is to take control of their energy future. Historically, electricity rates have risen by about 6% every year, and there is no telling when the utility companies will decide to raise prices even higher. By producing energy with their own solar panels, homeowners and businesses won’t be victim to the price increases of electricity during the entire lifetime of the solar array (about 25-30 years).

Do You Still Have an Electric Bill with Solar Panels?

Your energy bill is simply a continuing and never ending expense. When you go solar, you are converting an expense into an asset. For those that choose to purchase their solar system, your energy usage will be an investment instead of a monthly cost. No matter the size of your bill, if the solar system pays for itself within its lifetime (usually 25-30 years), then it’s a much better deal that can be had from any utility company.

Having an electric bill less than $150 shouldn’t stop you from considering solar panel installation. Most people with smaller bills can still take advantage of the benefits of solar energy whether financial or not.

Understanding Your Electric Bill After Going Solar

One of the biggest questions I hear from homeowners is, "Will I still have an electric bill after I get solar panels?" The short answer is yes, but it will look very different—and be much, much smaller. It's a common misconception that solar panels completely eliminate your connection to the utility company. In reality, you're creating a new kind of relationship with the grid, one where you have far more control over your energy costs. Think of it less as an expense and more as a statement showing how much you've saved by generating your own clean power. Your new bill will reflect the energy you might pull from the grid at night, plus some standard service fees, but it will also show the credits you’ve earned from the excess power your panels produced.

The Grid Connection: Why You're Still a Utility Customer

Even with a state-of-the-art solar system on your roof, your home will almost always remain connected to the local utility grid. This connection is actually a good thing—it acts as a giant, shared battery that ensures you have reliable power 24/7. Your solar panels are fantastic at producing electricity during the day, but what happens when the sun goes down or on those rare, heavily overcast California days? That's when the grid steps in to provide a seamless supply of electricity, so you never have to worry about the lights going out. This symbiotic relationship is what makes residential solar so practical and effective for the vast majority of homeowners.

Pulling Power When the Sun Isn't Shining

Your solar panels are early birds, starting to generate power as soon as the sun rises and working hard all day. However, they don't work overtime. At night, your system goes to sleep, and your home will automatically draw electricity from the utility grid to power your lights, appliances, and electronics. The same thing happens during periods of very low production, like a stormy afternoon. Without this grid connection, you'd need a massive, expensive battery system to store enough energy for all your overnight needs. Staying connected to the grid provides a reliable, cost-effective backup that ensures your life continues without interruption, no matter the time of day or weather.

Fixed Fees and Service Charges

Every homeowner connected to the grid, whether they have solar or not, pays certain fixed fees to the utility company. These charges cover the costs of maintaining the power lines, reading meters, and providing customer service. They are not based on how much electricity you use. So, even if your solar panels produce more power than you consume in a month, you'll still see these small, predictable charges on your bill. It’s a standard part of being connected to the grid infrastructure that keeps power flowing reliably to your entire community. These fees are typically minimal and are a small price to pay for the security of a constant power supply.

How Net Metering Affects Your Bill

Net metering is the billing program that makes solar such a great financial decision for so many Californians. Think of it as a two-way street for your electricity. During the day, when your panels are often producing more power than your home is using, that excess energy doesn't go to waste. Instead, it flows back into the utility grid for your neighbors to use. The utility company keeps track of every kilowatt-hour you contribute and gives you a credit for it. Later, at night when you need to pull power from the grid, you can use those credits to offset the cost. This system is what allows you to "bank" your extra solar energy and dramatically reduce your monthly electricity costs.

Earning Credits for Excess Power

The magic of net metering lies in the credits you earn. On a sunny afternoon, your home might only be using 2 kilowatts (kW) of power, but your solar system could be generating 5 kW. That extra 3 kW is automatically sent to the grid, and your utility meter essentially spins backward, logging those credits to your account. These credits are your currency for electricity. When you need to draw power from the grid later, you "spend" your accumulated credits first. The goal of a well-designed solar solution is to generate enough excess power during the day to earn credits that will cover most, if not all, of your nighttime energy usage throughout the year.

Understanding Billing Cycles and Your Annual "True-Up"

With solar, your billing cycle gets a bit of a makeover. Each month, you'll receive a statement from your utility company that shows how much energy you consumed versus how much your panels produced. In sunny months, you'll likely build up a surplus of credits. In winter, you might use more energy than you produce and dip into those banked credits. At the end of a 12-month period, you'll get what's called a "True-Up" bill. This is the annual reckoning where the utility balances all your credits against all your charges for the entire year. For most homeowners with a properly sized system, this final bill is incredibly small, sometimes just covering the standard connection fees.

Net Metering in California

California's net metering policies have been a driving force behind the state's solar boom, but they do change over time. The current program, known as Net Energy Metering 3.0 (NEM 3.0), has altered how customers are credited for the excess energy they send to the grid. While the savings are still substantial, the structure encourages homeowners to use more of their own solar power directly or store it in a battery. Understanding the nuances of the latest policy is crucial for maximizing your return on investment. That's why working with an experienced local installer who understands the specific rules for SCE and PG&E is so important. We can design a system that is perfectly optimized for the current regulations.

Calculating Your Actual Solar Savings

Figuring out your true savings with solar involves looking beyond just the new, lower utility bill. Your actual savings are the difference between what you would have paid to the utility company and what you now pay for your total energy costs, which might include a solar loan payment plus your remaining utility fees. Over the 25- to 30-year lifespan of your system, this difference can add up to tens of thousands of dollars. It's not just about a smaller bill next month; it's about locking in predictable, low energy costs for decades to come while the price of grid electricity continues to climb. This long-term perspective is where the real financial power of solar becomes clear.

What to Expect: A Look at the Numbers

Your solar production will naturally fluctuate. You'll generate more electricity during the long, sunny days of summer than you will in the winter. Weather patterns, a string of cloudy days, or even seasonal changes in the sun's angle can affect your daily output. A professionally designed system takes all of this into account. When we design a system, we use sophisticated software and historical weather data to accurately forecast your expected annual production. This ensures your system is sized to meet your energy needs over the course of a full year, balancing out the high-production months with the lower-production ones to minimize your annual true-up bill.

Your "Total Energy Cost": The Real Bottom Line

To get a clear picture of your finances, it's helpful to think in terms of your "total energy cost." If you financed your system, this would be your monthly solar loan payment plus your new, smaller utility bill. For many of our customers, this combined monthly cost is often less than what they were previously paying the utility company each month. The best part is that your solar loan payment is fixed, while utility rates are not. Once your loan is paid off, your total energy cost drops to just the small, fixed utility fees, and you get to enjoy decades of clean electricity for nearly free.

Locking in Savings as Utility Rates Rise

One of the most compelling reasons to go solar is to protect yourself from rising energy costs. Historically, electricity rates in California have increased significantly year after year, and there's no sign of that trend stopping. When you install solar panels, you are essentially pre-purchasing 25 to 30 years of electricity at a fixed, predictable price. Every time the utility company announces another rate hike, your savings from solar grow even larger. This provides incredible financial stability and peace of mind, turning a volatile, unpredictable expense into a controlled and manageable investment in your home's future.

Factors That Can Influence Your Post-Solar Bill

Even with a perfectly designed solar system, your electric bill can still have some variability. Several factors can influence your monthly statement and your annual true-up, from the initial size of your system to changes in your family's lifestyle. Understanding these variables can help you manage your energy consumption more effectively and ensure you're getting the maximum benefit from your solar investment. It’s all about aligning your system's production with your household's actual energy use, both now and in the future. Being aware of these factors allows you to make smart adjustments and keep your energy costs as low as possible.

System Size and Energy Offset

The goal of a solar installation is to "offset" a certain percentage of your annual electricity consumption. A system designed for a 100% offset should produce enough power over the year to cover all of your usage. If your system is sized for a 75% offset, you can expect to pay the utility for the remaining 25% of your energy needs. The right offset for you depends on your budget and your energy goals. During our consultation, we use your past utility bills to analyze your usage patterns and recommend a system size that aligns with your financial and environmental objectives, ensuring there are no surprises on your future bills.

Changes in Your Household's Energy Use

Life changes, and so can your energy consumption. Buying an electric vehicle is a fantastic way to lean further into a green lifestyle, but it will also significantly increase your home's electricity demand. The same goes for adding a pool or hot tub, installing central air conditioning, or even having family move in. If your energy needs increase after your solar system is installed, your offset percentage will decrease, and your utility bill will be higher than initially projected. It's important to anticipate these kinds of future changes when first designing your system so it can be sized to accommodate your evolving lifestyle.

The Importance of System Monitoring and Maintenance

Modern solar systems are incredibly reliable and require very little maintenance, but they aren't completely "set it and forget it." Most systems come with a monitoring app that allows you to track your energy production in real-time. It's a good habit to check your app periodically to ensure everything is performing as expected. A sudden drop in production could signal an issue that needs attention, like a dirty panel or a technical problem. Staying on top of your system's health ensures you are always generating the maximum amount of clean energy and savings. At AMECO, we only use top-tier equipment to minimize these issues for our residential customers.

Maximizing Your Savings and Energy Independence

Going solar is the biggest step you can take toward energy independence, but it doesn't have to be the only one. By pairing your system with smart technology and energy-conscious habits, you can squeeze even more value out of every ray of sunshine. These strategies allow you to use more of your own clean power directly, rely less on the grid, and gain greater control over your energy future. It’s about creating a holistic energy ecosystem for your home where you are in the driver's seat, making conscious choices that lower your costs and increase your resilience, especially in the face of potential blackouts or rising utility rates.

Is a Solar Battery Right for You?

If your goal is maximum savings and energy security, adding a solar battery is the next logical step. A battery allows you to store the excess solar energy your panels produce during the day instead of sending it all back to the grid. This stored power can then be used to power your home at night, during peak-rate hours when grid electricity is most expensive, or—most importantly—during a power outage. For many California homeowners, the peace of mind that comes with having a reliable battery backup system is the ultimate form of energy independence, ensuring the lights stay on no matter what.

Using Stored Energy to Reduce Grid Reliance

A solar battery fundamentally changes your relationship with the grid. Instead of selling your excess solar power to the utility for a credit, you can save it for yourself. You can then use that stored, "free" energy in the evening, drastically reducing the amount of electricity you need to buy from the utility. Under California's NEM 3.0, this strategy of "self-consumption" is more valuable than ever. By using your own stored energy, you maximize the financial return of your solar system and insulate yourself even further from utility time-of-use rates and unpredictable price changes, giving you ultimate control over your bill.

Smart Energy Habits for Solar Homeowners

Your solar panels do the heavy lifting, but small changes in your daily routine can make a big difference in your overall energy savings. Becoming more mindful of when and how you use electricity is a powerful way to complement your system's production. These habits don't require major sacrifices; they're simple adjustments that help you align your energy consumption with your solar production. By making these smart shifts, you can lower your home's overall demand and ensure that the clean energy you produce is put to the best possible use, further reducing your reliance on the grid.

Practice Energy Efficiency

The cheapest kilowatt-hour is the one you never use. Before and after you go solar, practicing energy efficiency is a simple way to lower your bills. This can be as easy as switching to LED light bulbs, sealing drafts around windows and doors, or upgrading to ENERGY STAR® certified appliances when it's time for a replacement. Reducing your overall energy consumption means your solar panels can offset a larger percentage of your usage, or that you can achieve your energy goals with a smaller, less expensive system. It's a win-win that saves you money and reduces your environmental footprint.

Shift Your Consumption to Daytime Hours

One of the smartest habits a solar homeowner can adopt is to shift heavy energy usage to the middle of the day. When the sun is high in the sky, your panels are producing an abundance of free, clean electricity. This is the perfect time to run your dishwasher, do laundry, or pre-cool your home with the AC. By using your appliances while your system is at peak production, you are consuming your own power directly instead of pulling from the grid. This simple behavioral change can significantly reduce your reliance on the utility and is especially effective for maximizing savings under California's current net metering rules.

Key Questions to Ask Your Solar Installer

Choosing the right solar partner is just as important as choosing the right equipment. A reputable installer will be transparent, knowledgeable, and ready to answer all of your questions. Before you sign a contract, make sure you feel confident in their expertise and approach. Don't hesitate to ask about their experience, the specific products they recommend, and how they calculate your projected savings. A good installer will welcome your questions and provide clear, honest answers that empower you to make the best decision for your home. This initial dialogue sets the tone for the entire project and ensures you have a trusted partner for years to come.

Frequently Asked Questions

Will I still get an electric bill if I have solar panels? Yes, you will still receive a monthly statement from your utility company. However, it will look very different. Instead of a large bill for electricity usage, it will primarily show your connection to the grid, any fixed service fees, and how much energy your system produced versus how much your home consumed. For many homeowners, the final amount due is significantly smaller, sometimes only covering the basic connection charges.

Why do I still need to be connected to the utility grid? Staying connected to the grid ensures you have a reliable, 24/7 power supply. Your solar panels generate electricity during the day, but at night or on very cloudy days, your home will automatically draw power from the grid. This connection acts as a seamless backup, so you never have to worry about your lights going out. Without it, you would need a very large and expensive battery system to power your home around the clock.

What is a "True-Up" bill? A True-Up bill is the annual statement from your utility that reconciles your account for the entire year. Throughout the year, you earn credits when your panels produce more energy than you use (typically in the summer) and use those credits when you need to pull power from the grid (like at night or in winter). The True-Up bill settles the difference. With a properly sized system, this final bill is often very small.

Will my savings change if my energy use increases in the future? Yes, your savings are directly tied to how much of your energy use is offset by your solar production. If you add an electric vehicle, a pool, or central air conditioning after your system is installed, your home's overall energy consumption will increase. This means you will pull more power from the grid, and your utility bills will be higher than initially projected. It's wise to consider any potential future energy needs during the initial design process.

Do I need a battery to save money with solar? A battery is not required to save money, but it can significantly increase your savings and provide energy security, especially under California's current net metering rules (NEM 3.0). A battery allows you to store your excess solar power to use at night instead of selling it to the grid. This strategy, called self-consumption, helps you avoid buying expensive electricity during peak hours and provides backup power during an outage.

Key Takeaways

• Your electric bill transforms, it doesn't disappear: After going solar, you still get a utility statement, but it's completely different. It shows the power you've generated, credits earned from excess energy, and minimal grid connection fees, leading to a significantly smaller bill.
• True solar savings are a long-term gain: The real financial power of solar is seen over the system's 25 to 30-year lifespan, not just in one month. You lock in your energy costs, and every time the utility company raises its rates, your savings from solar increase.
• You can actively maximize your investment: Installing panels is the first step; smart habits are the next. You can increase your savings by running large appliances during the day, improving your home's energy efficiency, or adding a battery to store your own power for later use.

Related Articles

• Why Net Metering is Crucial for Solar Energy in California
• Energy Saving Solar Panels: A Homeowner's Guide
• How Much Do Solar Panels Cost for a House? A Full Guide
• Solar Battery Backup Faces Opposition from SCE
• Blog | Solar Panel News | Solar Panel Company | AMECO Solar

A solar PPA is a financing option available to homeowners or businesses who want to use solar energy at their property.

Basically, the solar PPA (Power Purchase Agreement) allows you to lock in your energy rate for the term of the financial agreement. This rate is typically lower than what the utility company would charge you, which could result in a significant savings over the term of the PPA.

How a Solar PPA Works

There are three main parties involved in a solar PPA: the customer, the solar installation company and the investor, or solar system owner. Here’s how it works in Orange County and Los Angeles:

Note, the customer only pays for the solar energy used to power their property; there are no payments if the system fails and the customer would instead pay the utility company at a presumably higher rate.

Why Consumers Choose a Solar PPA

Most people choose to finance their solar project with a solar PPA because of the following four benefits:

We’d like to point out that solar electric systems do not usually need maintenance since they are a sturdy technology with no moving parts. The benefit of free maintenance and servicing is more about peace of mind than actually saving on the cost to maintain your solar panels.

It’s also worth mentioning that one major downside of a solar PPA is that you won’t be eligible for any state/local rebates or the 30% Federal tax incentive. Since the investor is the technical owner of the solar panels, they are the ones who take advantage of these discounts.

How a Solar Lease Differs from a Solar PPA

Often, people confuse a solar lease with a solar PPA since they are very similar and share many of the same benefits.

A solar lease allows you to rent the solar panels themselves (and therefore, the energy they produce as well), usually with a fixed or predictable monthly payment. Read more about the specifics of  getting a solar lease in LA or Orange County in our prior blog post if you care to learn more.

On the other hand, a solar PPA allows you to pay for the energy produced by the solar panels, which is hopefully pegged to the present and future utility cost. If the cost for your solar energy is lower than the electricity the utility would have provided, you will be saving money. But if the cost of conventional electricity stabilizes or decreases, you may end up paying more in the future.

Depending on your financial situation and energy usage, a PPA may be the best way to finance your solar project. This educational article should shed some light on how a PPA works and how it could benefit a solar panel owner.

Frequently people want to know how many solar panels they will need based on the size of their home. However, the amount of electricity you use is more important for solar electric system design than the square footage of your home. This is mainly because people’s use of electricity varies in so many different ways.

Same House, Different Energy Situations

For instance, let’s say two families live next door to each other in 2,000 square foot homes. A young man lives in Home A with his fiancé; they both work long hours and often spend evenings out with friends. As a result, they don’t use much electricity and pay about $40 a month.

In Home B, two parents live with their two teenage children. They are either running the heater or air conditioner and use electricity to filter their pool, meanwhile the teenagers are always on their iPads, opening the refrigerator or watching TV. Since more people live in the house and their lifestyle requires more energy, their electricity bills run at about $325 a month.

Importance of Electricity Usage for Solar Panel Design

Even though they live in homes that are the exact same size, the family in Home B would most likely need to invest in more solar panels to bring down their electricity usage than the couple living in Home A.  Even if the households were identical in electric consumption, one home may have better solar exposure or less shade than another, which can mean more or fewer panels.

Electricity usage is also important because most utility companies in Los Angeles and Orange County limit the size of your solar system based on the amount of energy you currently use. This number is usually determined by looking at how much electricity you have used in the last 12 months.

Just Moved or Building Your Home? Here’s How it Works

Of course, there are always some exceptions to the rule. If you have only lived in your home for a few months or want to install solar panels on a home in construction, then most utility companies let us estimate usage based on your home’s square footage.

As an example, LADWP calculates this type of average at 2 watts for every square foot. So, a 2,000 square foot home would be allowed a solar array of 4,000 watts.  Depending on the type of panel that you choose, a system of this size would be anywhere from 12-18 solar panels.  Keep in mind, this formula to estimate consumption varies depending on who provides your electricity.

Another exception is sometimes made for people who are anticipating that their electricity usage will go up. If you are planning to buy an EV (electric vehicle) or install central air, for example, we can estimate the additional usage and factor it into the solar panel design and cost. But, the utilities are sticklers! They will make us submit proof of purchase along with the solar system application.

Find out How Much Solar Panels Cost

Interested in how many solar panels you will need for your roof and energy situation? Call us at (888) 595-9570 or email gosolar@th2.e81.myftpupload.com, and have your electricity bills handy. We can typically provide a rough estimate based on your usage and a quick glance at your home on Google Earth. For those who would like a more specific price, we can schedule a solar evaluation where we meet at your home and evaluate your roof in person.

For years, those against the widespread adoption of solar power for homes have argued that solar photovoltaic (PV) panels are too expensive for the majority of homeowners.  They claim that the only families who can take advantage of the cost savings from solar energy are those with high incomes.

Not so, says the Center for American Progress (CAP), a think tank based in Washington, D.C. By analyzing data about solar electric system installations across the country, they found that in many areas, including California, the distribution of rooftop PV mirrored the population in terms of income distribution.

Relying on Solar Data from Reputable Sources

The study used information from three principal sources:

The study evaluated the median household income of each zip code where solar panel systems were installed and compared the distribution of the installations to the way income is spread over the population. They found that there was a significant overlap between the two.

In other words, those communities that make up the largest portion of the state’s population, the middle class, accounted for the largest percentage of PV installations.

Solar Panel Facts and California’s Middle Class

In California specifically, the think tank found that 67.16 percent of the systems installed under the program were within communities with median household incomes between $40,000 and $90,000. Communities exceeding $90,000 in median household income accounted for only 28.63 percent of the installations, while areas with median incomes under $40,000 made up about 4 percent of those receiving rebates under CSI.

Similar results were found in Arizona and New Jersey.

CAP also determined that the percentage of solar panel installations for middle class households under the California rebate program has grown from 65 percent of installations in 2009 to 70 percent in 2013.

Solar Energy Benefits All Communities

Solar energy provides benefits for customers on both a micro and macro scale. Of course, individual families and businesses can enjoy lower electricity costs by switching to solar power. On a greater scale, the advantages of solar power can benefit our communities as a whole with improved air quality, local job growth and lowered carbon emissions.

However, this will only be realized when as many people as possible invest in solar panels for their rooftops. As solar power becomes even more accessible to the middle and lower classes, achieving these economic and environmental goals will become more of a reality.

For many California families, going solar feels completely out of reach—a luxury reserved for the wealthy. But it doesn't have to be that way. The state is committed to making clean energy accessible for everyone, and that's the driving force behind the solar for all california initiative. This powerful movement includes several low-income solar programs in California, like the recent AB 217, designed to remove financial hurdles. These programs help households save real money on their energy bills and contribute to a healthier community. This guide will show you exactly how you can benefit.

Due to the fact that solar panel prices have come down so steeply in the last decade, as well as federal, state and local government incentives, more families have been able to switch to solar and save on their electricity bills.

How California is Making Solar Accessible for All

Low-income earners still struggle to gain access to this technology. That is why Governor Jerry Brown recently signed Assembly Bill 217 (AB 217). This law directs the California Public Utilities Commission to extend two measures that have been crucial to providing low-income families with the opportunity to adopt solar energy solutions for their homes and apartments.

Those two measures consist of the Single-family Affordable Solar Homes (SASH) and Multifamily Affordable Solar Homes (MASH) programs. Managed by nonprofit Grid Alternatives, the goal of each program was to set aside funding from the California Solar Initiative (CSI) funding to be used for low-income families.

In total, these communities would receive $108 million in rebates for the purchase of solar panel systems, facilitating the installation of 50 megawatts of solar generating capacity.

The Modern "Solar for All" Program

Building on the success of earlier initiatives, California has rolled out the Solar for All Program (CA-SFA). This is more than just a new name; it’s a strategic plan to direct funding for solar power and energy storage projects to the communities that need them most. The program is specifically designed to help low-income households, disadvantaged communities, and California Native American tribes get access to clean, renewable energy. The main idea is to speed up the adoption of solar and storage systems across the state. This helps California hit its carbon reduction targets while also providing immediate relief on electricity bills for families feeling the financial squeeze. It’s a thoughtful approach that works to ensure the benefits of solar energy—both financial and environmental—are shared more fairly among all Californians, making clean power an accessible reality instead of a luxury.

Program Goals and Benefits for Residents

So, what does the Solar for All program actually mean for California families? Its primary goal is to make clean energy more accessible and affordable, which translates into some very real, tangible benefits. The program helps fast-track the installation of new solar solutions and battery storage, giving communities more reliable power and less dependence on a grid that can be unpredictable, especially during peak seasons. For households that participate, the most immediate impact is a noticeable drop in their monthly electricity bills. By giving more people access to solar, the program helps families save money that can go toward other essentials. It’s a practical way to tackle both high energy costs and environmental goals at once, creating healthier and more resilient communities across the state.

Who is Eligible?

The California Solar for All Program is carefully targeted to make sure the benefits of solar energy reach communities that have often been left behind. Eligibility is centered on low-income households, areas officially designated as disadvantaged communities, and California Native American tribes. The state uses specific criteria to identify these groups, ensuring that funding is directed where it can offer the most significant economic and environmental support. The goal is to dismantle the financial barriers that have historically kept these communities from adopting renewable energy technologies, making things like solar panels and battery backup systems a viable option for everyone.

Understanding the Federal Funding Controversy

While California is committed to its clean energy future, the Solar for All program has hit a snag at the federal level. The state was awarded a major grant from the Environmental Protection Agency (EPA) to get the program running, but the EPA later moved to terminate that funding. California leaders have pushed back hard, with the Public Utilities Commission (CPUC) and other agencies stating the EPA’s action was unlawful. Despite this challenge, state officials have confirmed the grant is "secured" and are moving forward with their plans to use the $250 million as intended. This shows a powerful commitment to the program and its goals, signaling that California is prepared to see it through, no matter the hurdles.

California's Lawsuit to Restore Funding

California isn't just voicing its disagreement; it's taking action. The state's Public Utilities Commission, Energy Commission, and Labor and Workforce Development Agency have filed a lawsuit challenging the EPA's decision, which they've officially called "unlawful." This legal move highlights just how seriously the state takes its commitment to renewable energy and equitable access for all its residents. By fighting to restore the funds, California is sending a clear message that it will continue to champion programs that support its people and its ambitious environmental goals. It’s a move that provides stability and confidence in the long-term vision for a clean energy future.

How Program Funds Were Allocated

The Solar for All grant money is allocated in a way that builds a complete clean energy ecosystem, going far beyond simply installing panels. A large portion of the funds is set aside for developing community solar projects, which allow many households to benefit from a single, large solar installation. Another key piece of the puzzle is workforce development. The program invests in job training and career programs to ensure that the growth of the solar industry also creates stable, well-paying jobs for Californians. This dual focus on providing clean energy and creating economic opportunity is at the heart of the program's thoughtful design.

Community Solar and Tribal Land Projects

A huge chunk of the grant money—around $190 million—is dedicated to supporting community solar projects. These are a fantastic option for people who can't install panels on their own property, like renters or homeowners with shaded roofs. Within this funding, about $19 million is specifically reserved for projects on tribal lands. For households that join these community solar programs, the direct benefit is a planned 20% discount on their monthly electricity bills. This makes a significant financial impact and is a great incentive for expanding access to affordable, clean energy for all types of residential customers.

Job Training and Workforce Development

The Solar for All program also understands that a successful clean energy transition needs a skilled workforce. That’s why a portion of the funds is dedicated to creating and expanding job training programs for people looking to build careers in the solar and energy storage industries. This investment helps ensure there are qualified professionals ready to design, install, and maintain the growing number of solar systems across the state. By connecting renewable energy development with local job creation, the program strengthens communities and provides clear career paths, reflecting a comprehensive approach to building a truly sustainable future for California.

What's New with California's Low-Income Solar Programs?

The initial time frame for the SASH and MASH programs was set to expire on December 31, 2016, at which point funding would no longer be distributed. AB 217 extends that date by five years to 2021.

Additionally, the law makes provisions to provide job training and education for low-income workers who would like to pursue a career in the solar installation field.

The Disadvantaged Communities - Single-family Solar Homes (DAC-SASH) Program

The original SASH program was so successful that the state created a new version: the Disadvantaged Communities - Single-family Solar Homes (DAC-SASH) program. Its goal is the same: to make clean energy a reality for everyone, not just those who can easily afford it. This program offers no-cost solar systems to low-income families living in communities that bear the brunt of pollution and economic hardship. It's a major component of the California Solar for All Program, a statewide effort to bring solar power to low-income communities and California Native American tribes. By focusing on these specific areas, DAC-SASH helps families slash their electricity bills, breathe cleaner air, and become part of California's move toward a greener future.

How Does Solar Power Help Your California Community?

The benefits of a solar electric system for low-income families are clear, as these citizens have the most to gain from saving money on energy consumption. By deriving their energy needs from sunlight and selling excess power back to the grid, they’ll be able to effectively run their meter backwards while also claiming federal and state tax credits and rebates, including the California Solar Initiative incentives described above.

It should also be noted that low-income communities are often disproportionately affected by the public health issues that arise from burning fossil fuels to produce electricity. Los Angeles and Orange County solar are the best ways to mitigate and eventually eliminate such externalities.

Act Now: The Federal Solar Tax Credit is Expiring

If you've been considering solar power for your home, this is the moment to move forward. The federal solar tax credit, a major incentive that significantly reduces the cost of a new solar system, is scheduled to change. This credit allows you to deduct a percentage of your installation cost directly from your federal taxes, making the initial investment much more accessible. Acting soon ensures you can lock in these substantial savings. This is especially timely as California continues to lead the way with programs like the Solar for All Program, which is designed to help bring clean energy to low-income communities and California Native American tribes across the state.

Combining federal incentives with state-level support creates a powerful opportunity for homeowners to gain control over rising electricity costs and contribute to a more sustainable future. When you make the switch, you’re not just lowering your own bills; you’re becoming part of a statewide movement toward energy independence. To get a better idea of what these savings could mean for your household, you can use an estimate calculator to see a personalized projection. It’s a simple, practical first step toward making a smart financial and environmental decision for your family.

What the December 31, 2025 Deadline Means for Homeowners

It’s important to understand that the deadline for the current federal tax credit isn’t just about signing a contract. To qualify, your solar system must be fully installed and operational by the end of 2025. This is a crucial detail that can easily be missed. The entire process—from the initial consultation and system design to securing permits, completing the installation, and passing the final inspection—takes time. If you wait until the last minute, you risk missing out on thousands of dollars in savings. That’s why it’s so important to begin the conversation with a trusted solar provider now, giving you plenty of time to complete each step without feeling rushed.

Ensuring Your System is Installed and Operational in Time

The best way to ensure you meet the deadline is to partner with an experienced installer who has a deep understanding of local permitting and utility interconnection processes. A company with a long track record, like AMECO, has been managing these procedures for decades and can help you avoid common delays. It’s also helpful to understand the installation process from start to finish. While California is committed to its clean energy goals, state leaders have noted that federal funding for programs like Solar for All can be uncertain. This makes securing your own savings through the federal tax credit an even more reliable strategy for your financial future.

Resources for California Homeowners

Deciding to go solar is a big decision, and it’s completely normal to have questions. Fortunately, California offers a number of resources to help homeowners feel confident in their choice. The state is invested in the success of its renewable energy programs, not just for environmental reasons, but for economic ones, too. Initiatives tied to solar energy often create and expand job training programs, particularly for individuals in low-income and disadvantaged communities. When you install solar panels, you're not just investing in your home; you're also supporting a local workforce and contributing to a more equitable clean energy economy.

The California Public Utilities Commission (CPUC) is one of the best places to begin your research. The CPUC works to protect consumers and ensure that the transition to clean energy is safe, reliable, and affordable for everyone. They offer guides, answer frequently asked questions, and provide transparent information about solar installers and financing options. Taking the time to review these resources can give you the confidence you need to move forward. It helps you understand your rights as a consumer and equips you with the right questions to ask when you’re getting quotes from different solar companies.

The CPUC Solar Consumer Protection Guide

One of the most valuable resources available is the CPUC's Solar Consumer Protection Guide. This guide walks you through everything you need to know, from understanding how solar technology works to deciphering contracts and financing agreements. It offers practical tips on how to choose a reputable installer and what to watch out for to avoid scams. Reading it can help you feel more secure in your decisions. The guide also highlights the importance of a strong solar industry for the state's economy, as a sudden halt in programs could jeopardize thousands of clean energy jobs. By educating yourself, you’re better prepared to partner with a company that values transparency and customer satisfaction.

Frequently Asked Questions

What is the "Solar for All" initiative, and how does it help homeowners? "Solar for All" isn't just one single program; it's California's overall commitment to making solar energy accessible to everyone, regardless of their income. It includes specific programs like the Disadvantaged Communities - Single-family Solar Homes (DAC-SASH) program, which provides no-cost solar systems to eligible families. The main goal is to help households lower their monthly electricity bills, increase their energy independence, and improve air quality in their communities.

How can I find out if I qualify for California's low-income solar programs? Eligibility for programs like DAC-SASH is typically based on your household income and whether you live in an area the state has identified as a disadvantaged community. The best way to determine your specific eligibility is to connect with a knowledgeable solar provider or check the official program websites managed by organizations like GRID Alternatives or the California Public Utilities Commission (CPUC). They can guide you through the specific criteria and application process.

I read about a funding issue with the EPA. Are these programs still happening? Yes, they are. While there was a dispute where the EPA attempted to pull back a significant grant, California has legally challenged that decision and is moving forward with its plans. State leaders have affirmed their commitment to the Solar for All program and are proceeding as intended. This shows California's dedication to ensuring these clean energy opportunities remain available for its residents.

What's the difference between state programs like DAC-SASH and the federal solar tax credit? State programs like DAC-SASH are designed to provide direct, often no-cost, solar installations to qualifying low-income households. The federal solar tax credit, on the other hand, is an incentive available to any qualifying homeowner who purchases a solar system. It allows you to reduce the amount you owe on your federal taxes by a percentage of your system's total cost. They are separate incentives, and depending on your situation, you may be able to benefit from different types of support.

With the federal tax credit deadline approaching, what is the most important first step to take? The most critical first step is to start the consultation process with a reputable solar installer right away. To claim the tax credit, your system must be fully installed and operational by the deadline, and the process involves several steps like design, permitting, and inspection. Waiting too long could put you at risk of missing out on significant savings, so beginning the conversation now gives you plenty of time to make an informed decision without feeling rushed.

Key Takeaways

• State programs can make solar accessible for you: California's "Solar for All" initiative is designed to help low-income households and specific communities get solar through financial assistance, sometimes covering the entire cost of a system.
• Gain control over your energy costs: Installing solar panels allows you to generate your own power, which directly lowers your monthly electricity bills and provides more stability for your household budget.
• Don't miss the federal tax credit deadline: A significant federal tax credit is available, but your solar system must be fully installed and operational by the end of 2025 to qualify, making it important to begin planning now.

Related Articles

• AB 217 Brings Solar To Low-Income Californians
• What are the Solar Options for Low Income Families?

Solar energy is beneficial for many reasons. Not only does it lessen your environmental impact, but it can save you a great deal of money while also adding resale value to your home.

If you are reading this, you may already be convinced that it’s time to install solar panels. But is your roof ready to go solar as well? By answering the following four questions, you will find out if solar panels can be easily installed on your roof.

1. What type of roof do you have?

Asphalt shingle (sometimes referred to as a comp or merely shingles) is the most common roofing material around and, luckily, is the easiest type for solar installers to work on. Flat roofs also provide a good situation for solar panel installation, though you may have to factor in additional costs for mounting and racking equipment so that the panels can be angled towards the sun. AMECO Solar can install panels on most roofs with concrete or ceramic Spanish tile.

Depending on the condition of your roof, our solar installers may be able to work on more delicate roofing materials like slate or wooden shake. We can usually tell if it’s a possibility by checking out your roof on Google Earth, but sometimes a more in-depth roof evaluation is needed.

2. How old is your roof?

If your roof does not need to be replaced for another 10-15 years, then it’s a great time to consider going solar.

Aging roofs can prove to be challenging and sometimes increase the chance of damage occurring during installation. The biggest challenge is that it will significantly increase your costs in the long run. When you decide to reroof, it’s costly to remove and reinstall the solar panels. If you find yourself in this situation, we recommend waiting until you are ready to lay down a new roof and coordinate the solar installation to occur at the same time.

Not sure when your roof was last replaced? One of our consultants can survey your roof and determine if it provides a good situation for solar panels. If your roof needs to be replaced in order to accommodate your solar system, there is a possibility that this added expense will qualify for the federal 30% solar tax credit.

3. Which way was does your roof face?

Since more energy will be produced if the solar panels are exposed to sunlight all day long, south-facing roofs produce the highest amount of solar energy in California. East or west facing roofs also allow solar panels to soak up a significant amount of the sun and provide enough energy to power your home. If the best part of your roof faces north, you may not have the best situation for solar.

4. Do you have enough room on your roof for solar panels?

It is a solar installer’s dream to have a roof that is perfectly sloped with yards and yards of uninterrupted space. Then, solar panels can be laid down in nicely organized rows to offset your electricity usage.

A roof with a lot of obstacles (such as roof vents or skylights) can make solar installation complicated.  This will most likely increase the price. Some roofs may have so many obstacles that we can only install a small number of panels and they won’t make much of a dent in your electric bill.

What is the best roof for solar panels?

In a perfect world, a south facing roof made of comp shingle with 10-15 years of life in it would be the best roof. But the world ain’t perfect! Really, many roofs with different angles, made of different materials, and of different ages, make great candidates for solar panel installation.

In nearly 40 years of business, we’ve come across a lot of different roofs and have been able to install on the majority of them. If your home is in the Los Angeles or Orange County areas, you can get our expert opinion by contacting us and scheduling a solar evaluation.

Recently, the Bureau of Land Management (BLM), a division of the U.S. Interior Department, held an auction for the first group of Solar Energy Zones (SEZ) on the western side of the United States. SEZs are areas of federal land that have been designated as prime locations for the construction of a solar generating plant.

Solar Developers Interested, No Bids Yet

The SEZ at the San Luis Valley site in Colorado was chosen due to its proximity to existing transmission infrastructure and the minimal environmental impact that it would have on the land.

It seemed like a great place for a developer to invest in a solar plant that would deliver clean, renewable energy to the electric grid. Even though many developers expressed interested in the project beforehand, the auction did not attract any bidders.

Issues with Solar Auction Process

Some  industry observers have speculated that potential developers were dissuaded from bidding because the rules and project specifics had yet to be finalized at the time of auction.

This was only the first of several auctions the BLM will be holding in the coming months for its 19 Solar Energy Zones (three of which are located in California). Because of the recent no-bid conclusion, the BLM will go back to the drawing board and revise their strategy for upcoming auctions.

How Rooftop Solar Differs from Utility Solar Installs

While solar installations of all sizes are important for our energy future and allow us rely less on dirty energy, smaller scale solar installations are typically easier to complete than utility scale solar projects.

Often, environmental obstacles and opposition from local interests result in considerable delays for utility solar projects. For example, developers of the  Ivanpah Solar Project in California came across multiple delays and had to adapt their plans many times in order to preserve the native desert tortoise population.

In contrast, most residential and small commercial solar installations only take a few months to install and connect to the electric grid. Additionally, they often receive little-to-no opposition. In fact, most rooftop solar installations are applauded for their environmental benefits that are good for the solar panel owner and their surrounding community.

If you’re interested in learning how your family can benefit from adopting solar power as your main source of electricity, we invite you to contact AMECO today by calling (888) 595-9570 or emailing GoSolar@AmecoSolar.com today to schedule an evaluation.

On October 24, the U.S. Interior Department’s Bureau of Land Management (BLM) will begin auctioning off the first of its Solar Energy Zones (SEZ), areas that it has designated as prime real estate for the development of utility-scale solar power plants.

The BLM will be accepting bids from developers for the rights to begin the process of designing and constructing new solar installations, part of a larger effort to promote renewable energy sources.

<h3>What is a Solar Energy Zone?</h3>

SEZs are large parcels of land that have been selected as ideal spaces to create new solar energy generating stations. Typically, they are selected because they are not used for other types of develop such as residential, commercial or industrial facilities, or because they are located on old landfills, garbage dumps and Superfund sites that are unfit for human habitation.

<h3>Solar Energy Zones in California and Other States</h3>

The first two sites that will be auctioned off are located in Colorado. However, there are two SEZs in California located in the Imperial East and Riverside East regions. The latter is the largest zone currently listed for auction, offering almost 150,000 acres of developable land (originally it was over 200,000, but about 50,000 acres were removed to reduce the impact on nearby Joshua Tree National Park).

The SEZ plan is an attempt to tackle two problems simultaneously:

1) Find enough land to build large scale projects.
2) Make use of areas that are otherwise uninhabitable due to environmental and sanitation factors.

While there is still plenty of progress to be made on the small-scale, distributed generation front, AMECO Solar is happy to see that the federal government continues to advance an agenda the prioritizes solar power over fossil fuels and other non-renewable sources.

The California Public Utilities Commission (CPUC) has announced that pools for commercial or public use will now be eligible to claim rebates from the California Solar Initiative (CSI) for installing solar pool heater systems. The CPUC expanded its definition of eligible facilities to include any pools for multifamily residential housing, hotels and motels, therapy, educational, governmental and non-profit institutions.

The CSI Thermal Program will pay $7.00 for every therm that is displaced annually by the installation of a solar pool system. As more of the funding for this program is subscribed, the per-therm rebate will decrease. Participating pool owners will receive a one-time payment that is based on a calculation of estimated future therm displacement.

The expansion of the CSI-Thermal program for hot water to public pools could be a major benefit for recreational and educational facilities throughout the state. Water heating costs for these institutions are typically one of their biggest expenses, so any way that they can save money will benefit those who use the community pools.

Organizations such as the YMCA and other community centers can realize significant savings. AMECO Solar recently completed the installation of a solar pool heating system on the roof of the California Aquatics Therapy & Wellness Center in Long Beach, California. Now that they are heating their pool with solar energy and the organization is saving upwards of $13,000 a year, which will add up to almost $250,000 in savings during the life time of the solar pool heater.

In mid-August, the CPUC also approved commercial facilities to receive rebates from the Thermal Program. This decision opens the doors for gyms, water parks and other enterprises to lower their expenses and help steer the state toward a renewable energy future. The final details of the program are scheduled to be finalized at the California Public Utilities Commission by November, 2013.

A new report titled  “Solar Heating & Cooling: Energy for a Secure Future” lays down a plan for the expansion of solar heating and cooling (SHC) systems.

By educating the public and policymakers about the benefits and availability of solar thermal water heating solutions, SEIA hopes to expand the rebates available for the technology as a way to increase the amount of solar energy usage throughout the United States.

Media coverage of the solar industry tends to pay more attention to its impact on the energy sector. Although this is certainly a crucial area where photovoltaic (PV) power can have a positive effect on energy consumption and carbon emissions, it should be noted that 44 percent of energy consumption in the U.S. comes from heating and cooling applications, such as water and space heating, air conditioning and steam generation. This is where solar thermal applications can play a larger part.

SEIA recommends that the United States set a goal of increasing its solar thermal capacity from 9 gigawatts (GW) to 300 by 2050. Doing so could provide the American economy with $61 billion in annual savings, while helping to create over 50,000 jobs and increase manufacturing output by $1.9 billion. It would also offset 226 million tons of CO2 emissions annually, which is similar to take 47 million passenger cars off the road.

Among the policy prescriptions that Pilgaard and his colleagues propose is an expansion of incentive programs that are already in place to encourage more homeowners, businesses and institutions to adopt solar energy for their heating and cooling needs. These include renewable energy tax credits, rebates for SHC systems and ensuring that renewable portfolio standards, which require utilities to procure a certain amount of their energy from renewable sources.

They want to make sure that when homeowners decide to rely on Orange County or Los Angeles solar power for their water heating and temperature control needs, they receive similar credits and rebates as if they had installed a solar electric system.

In the past few years, the United States has made great strides to better integrate solar energy into the electric grid. Hopefully, the American public and elected officials can make similar efforts to expand the role of SHC systems.

Last Sunday, the AMECO Solar team attended the Solar Decathlon at the Orange County Great Park in Irvine, California. We walked through the Solar Village where 19 solar-powered, energy efficient homes were designed and built by collegiate teams from around the world.

While it was inspiring to see the students’ innovative approach to solar electric and thermal installation, we were most impressed by their enthusiasm about solar energy and energy efficiency. You could see they took pride in their work and were enthusiastic to share the knowledge gained over the two years it took to prepare for the competition. AMECO Solar staff came away from the event with some favorites.

West Virginia University’s PEAK

The home was designed as a modern take on a typical Appalachian home with cabin-like features and lots of wood detailing. It boasts a living garden on the rooftop along with a PV array and solar hot water panels. Energy usage from the entire home can be accessed through a tablet or mobile device so that home owners can track their consumption and adjust their usage accordingly. This home has a particularly cozy atmosphere and seemed the most live-ready. Also, we felt that the overall design has a wider appeal than some of the other uber modern homes in the Solar Village.

University of Southern California’s fluxHome

When you first walk up to the USC solar home, you immediately notice the metal-like covering. It’s a thermally responsive envelope around that house that regulates air flow and provides additional insulation. Inside, the bedrooms open up to the main living area where the kitchen, living room and dining room are all in one large space with a loft-like feel. We like how the solar panels were installed in a discrete way so that they were not visible from the walkway. But, sometimes it’s the little things that count. We were most impressed by the retractable skylight in the bathroom that automatically opens and closes. Not only is the skylight a beautiful architectural accent, but it’s also built for function as it lets warm air exit easily to keep the house cool.

Stanford University’s Start.Home

Knowing that all families are different, Stanford designed a modular home built around a mechanical room that houses the equipment for the solar electric and thermal systems. Home owners can easily customize the home by adding additional bedrooms or offices as needed. We were most intrigued by the prototypes that the team created. For example, each room has a special light switch where you can turn lights on and off with quick swipe (similar to a swipe you would use on an iPad or mobile phone). By swiping the switch with four fingers, you can turn the power off in the specific room allowing for more energy conservation (a lot easier than unplugging all your devices when leaving a room).

Each solar home is measured in 10 different contests ranging from architectural design and market appeal to affordability and energy balance. As of today, Santa Clara University is currently in the running for first place with University of Nevada Las Vegas not far behind.

You can see photos of the solar homes on the AMECO Solar Facebook page. If you are in the Los Angeles or Orange County areas, you still have time to see the event in person. Public viewing hours for the Solar Decathlon start up again today and will extend through the weekend. Visit the Solar Decathlon website for more info.

The most recent numbers from the U.S. Census Bureau indicate that new housing construction is rising as the economy recovers from the recession and existing housing stock fills up. As the housing market picks up and more single family and multi-family residences are built, Americans may notice that many of the new units will come with solar panels on the roof.

SunPower Survey Reveals High Interest in Solar

SunPower — a manufacturer known for its highly efficient solar panels offered for installation by AMECO — conducted a survey and found that six of the ten biggest home builders in the country, are including solar photovoltaic (PV) panels on newly constructed houses. Because of rising demand for clean energy technology and favorable public policies, solar power is becoming more of a priority for these firms and their customer base.

There are a number of reasons for this trend. First and foremost is the fact that Net Energy Metering and government rebates and incentives have made solar an extremely popular investment that guarantees a positive return on investment. Another is that it tends to be less expensive to install solar panels at the time of construction, rather than after the home is already built. Lastly, it’s easy to fund the solar project by embedding the cost into a mortgage.

California Leads in Solar for New Constructions

The inclusion of solar panels on new homes is largely a California phenomenon, according to Megan McGrath, a real estate analyst with MKM Partners LLC who was interviewed by Bloomberg News.

This is due to our state’s more solar-friendly regulatory environment and favorable outlook towards renewable energy. A few cities, including Lancaster, California, have even begun requiring that all new homes within the town limits be built with solar panels already installed.

Having solar panels installed on your home at the time of construction is a great way to take advantage of the numerous benefits of solar power. You’ll be able to claim the various local, state and federal incentive programs that make California solar energy such a great investment, while saving money on installation costs if you decide to purchase the panels.

Earlier this year, AMECO Solar applied for LADWP & SCE’s Net Energy Metering program on behalf of two of our customers who had wanted to install solar panels along with a battery storage system. Since it was a process that had been allowed in the past and was previously acceptable to these utilities, we were surprised to receive notice that the applications were rejected.

Shortly thereafter, we received a memo from the utility company that was sent to all solar contractors in Orange County and Los Angeles. In this letter, SCE stated, “If a renewable generator is modified so that the battery storage system is integrated into the generator, SCE cannot separately meter the energy from the renewable PV generator and the non-renewable battery”.

In simpler terms, the utility claims that there is no way of knowing whether the solar owner is selling back power that was originally generated from the solar panels or from the electric grid itself. SCE assumes that solar owners are “gaming the system” by charging their batteries with nonrenewable power and then selling it back to the utility during peak times as if it was generated by their PV systems.

The accusation seems ridiculous to both solar owners and companies. Most solar customers install a battery storage system so that they can use solar energy in the event of a power outage. Moreover, the majority of battery backups do not have the capacity to send power back to the grid. The few dollars “saved” by selling nonrenewable energy back to SCE would not make up for the large investment needed for such back-up batteries used in a household.

As a result of this new interpretation, future solar owners would be denied entry into the Net Energy Metering program if batteries are also installed. Even worse, it is probable that any solar NEM generators with battery backup who had previously been granted entry would now be denied participation in the program as well.

Currently, the only solution is to redesign a solar electric system so that the batteries are metered separately. It’s an expensive undertaking and adds significant costs to installation, which will most likely deter solar customers from pursuing this option.

The California Public Utilities Commission is trying to work out a deal with utilities that would let customers who have purchased solar battery backups participate in Net Energy Metering programs without the possibility that they could be selling grid-produced power back. Though, there is no clear indication of when the issue might be resolved.

Since these types of systems make up only a small portion of the overall solar market, SCE’s recent efforts to deny battery storage systems can be seen as another way to attack solar customers and the solar industry. Without the benefits of the NEM program, the payback period of solar system installation is extended and owning one becomes less attractive. Less solar customers producing their own renewable energy means more customers for Edison using non-renewable energy, which ultimately means more money for the utility’s bottom line.

Because of the obstacles detailed in this article, AMECO Solar does not currently offer solar battery backup systems as part of our solar installation services. While we aim to provide the most comprehensive solar experience possible to our customers, we do not want to place our clients in a position where they may not be able to realize the full potential and value of their solar panels because of utility rate policies.

Location: Fullerton, CA
System Type: Solar Electric (PV)
System Size: 19.3 kW
System Details: 56 SunPower PV Panels with 2 Central “String” Inverters and Online Monitoring
Year Installed: 2013

Electric Bill Before: $1,000
Electric Bill After: -$10.53

Clay and his wife couldn’t have been more excited to move into their new home and start remodeling it into their dream home. Then, they received a few of their first utility bills. The larger space and lack of insulation was driving their utility costs up to $1,000 and higher. They made it a goal to install a solar system and bring down their bills before the heat would hit in the following summer.

In May of 2013 they started talking to a few companies, AMECO Solar being one of them. Between the high-efficieny of the SunPower solar panels and our company’s reputation as a reputable, long-standing solar company, the couple chose to go with AMECO.

Though they were convinced of the financial savings that solar would bring them, they were very concerned with how the solar installation would look. They drove around the neighborhood to see other installations and weren’t too impressed with the results. One house even had a similar style to their own home, but the solar panels (installed by another company) were an eyesore.

Since aesthetics were important, AMECO made sure to design and install the solar system with this in mind. “We’re very pleased with how it turned out,” Clay explained, “You can’t see the solar panels from the street and most of the equipment is hidden, too.”

Throughout the entire installation process, Clay was in constant contact with AMECO Solar’s Operations Manager, David Saltzman. He helped coordinate the solar installation with the roofing company, pulled all the necessary permits, and worked with the city inspectors to make sure that the install passed Fullerton’s notably difficult inspection procedure. “David was fantastic, his service couldn’t have been better,” Clay said.

Now that the system is installed and running, Clay checks in on the production at least once a day. He’s found the SunPower interface incredibly easy to use. With a just few clicks, he can pull up a range of information such as how much energy the system is producing by the day or even by the hour!

Since he knew the solar panels had overproduced in the first month that it was turned on, he wasn’t surprised to see his electricity bill come in at -$10.53. Still, after months and months of owing Edison such high amounts, there’s nothing sweeter than to receive a bill and see that the utility company now owes him.

Typically, electricity companies are not big fans of Orange County and Los Angeles solar power. They see distributed generation (DG) and particularly Net Energy Metering (NEM) as threats to a long-standing business model that relies on a regulated monopoly to generate profits and earn income for investors.

Utilities Claim Solar Creates Higher Costs

The utility companies have argued that as more customers migrate to solar power, the fixed costs of running an electricity grid (things like maintenance and transmission) will be spread over fewer rate-payers. This will raise electricity prices, which will make solar more attractive and convince even more customers to make the switch.  And then, the price of electricity will rise once again.

Because of this belief, utilities spend a lot of their marketing and lobbying budgets trying to persuade policy makers and the general public that solar power is an economic disaster. One of their strategies is convincing people that NEM policies, which allow customers to receive a credit for the solar energy they feed back into the grid, act as a subsidy for solar customers at the expense of non-solar rate payers.

Winning the Battle with AB327 and “Net Metering 2.0”

Actually, the utility companies almost succeeded in eliminating the NEM program in California with the  introduction of AB327 using this exact argument. Thankfully solar advocates were successful in getting specific amendments made that not only protects the current NEM program but also extends the program for what is now being called “Net Metering 2.0”.

Though the solar industry won this small battle against Big Energy, we expect the utility companies will try to get similar legislature passed using the same argument that solar customers make electricity more expensive for everybody.

Research Proves Utility Claims are Incorrect

For this reason, we decided to revisit a study published by Crossborder Energy earlier this year that analyzed the effects of California’s NEM policies on overall electricity rates. It found that there was actually a positive effect for non-solar customers.

“On average over the residential markets of the state’s three big [investor-owned utilities], NEM does not impose costs on non-participating rate payers, and instead creates a small net benefit,” state the report’s authors. “In the commercial, industrial, and institutional (C&I) market, NEM results in significantly greater benefits than costs for non-participating rate payers.”

How does NEM help non-participating customers?

Solar Results in Financial Benefit for Non-Solar Customers

Most importantly, while Big Energy has claimed that solar customers in the NEM program cost non-solar customers big bucks, the study proves that it actually brings $92 million dollars in benefits to non-solar customers.

The report’s authors stress that the results of their study may not necessarily apply to other utilities, and more research needs to be done to understand how DG truly effects energy costs for non-participating entities.

Still, it seems clear that the story of how solar affects other customers is much more complicated than the narrative that electric companies are trying to sell. It’s important to note that utilities are invested in protecting their profits and shareholders, regardless of whether doing so might negatively impact their customers. When making choices about the future of California solar energy, we hope that the public will consider other priorities than those of the electric companies.

The Ivanpah Solar Generating Station, located in the Mojave Desert near the Nevada border, has completed its first synchronization, which is a major step toward full production. The plant’s operators, NRG Solar, announced the “first sync” on September 24, hailing it as a milestone for the California solar energy industry.

The Ivanpah solar thermal plant is the largest generator of its kind in the country, covering 3,500 acres. With a total generating capacity of 392 megawatts (MW), once completely operational the station will provide enough electricity to power 140,000 homes annually.

Synchronization Now, Solar Energy Next

“Given the magnitude and complexity of Ivanpah, it was very important that we successfully complete this milestone showing all systems were on track,” said Tom Doyle, President of NRG Solar, in a press release. “We couldn’t be more excited about achieving ‘first sync,’ and we share this success with our project partners, BrightSource and Google, as well as Bechtel, which is responsible for engineering, procurement, construction and commissioning on the project.”

Synchronization is an important part of integrating new power sources into the electric grid. In order for these plants to begin producing electricity for California rate payers, the operators must ensure that the voltage, current, frequency and phase angle matches that of the grid.

How Concentrated Solar Power Works at Ivanpah

Ivanpah generates electricity from sunlight using a solar thermal technology called Concentrating Solar Power (or CSP), which is different from the rooftop solar panels that AMECO installs on residences and businesses throughout Southern California. With CSP, thousands of large mirrors, called heliostats, concentrate sunlight and focus it onto a giant furnace in a tower hundreds of feet above the ground. The heat from that sunlight causes water to boil and generate steam, which spins a turbine connected to a generator. This technology is useful for utility scale power plants because it can run 24 hours a day with the use of thermal storage technology, whereas photovoltaic (PV) panels create electricity only when the sun is up.

However, solar thermal requires a massive system of mirrors that can track the movement of the sun, which makes it infeasible for use in homes.

There are three separate generator towers at Ivanpah. The first one, where the synchronization was performed, will deliver electricity to Pacific Gas & Electric (PG&E) under a power purchase agreement (PPA). Tower three is also contracted under a PPA with PG&E, while the second generator will provide power for Southern California Edison customers.

Ivanpah Achieving Clean Energy Goals for CA

In addition to NRG Solar, Brightsource Energy, Inc., Bechtel and Google all served as co-developers and investors in the Ivanpah project. It will help California meet its renewable energy goals, while also providing a source of electricity that emits no carbon dioxide and helps improve air quality. When the plant goes into full production mode sometime in 2014, it will be a major step in the state’s ongoing efforts to derive more power from the sun, and less from conventional fossil fuels.

The Solar Decathlon is coming up soon and will be taking place in Irvine, California, from October 3 to 13. Hosted by the U.S. Department of Energy (DOE), the competition challenges teams of college students to design and construct houses that are energy efficient, affordable and aesthetically pleasing. Most importantly, the houses must be powered by California solar energy and produce more electricity than they consume. Each entry will be judged in several categories by panels of experts from the renewable energy and environmental industries.

The goal of the Solar Decathlon is two-fold. First, the DOE is using it as an opportunity to encourage college students to pursue careers in alternative energy, engineering and design. Second, the competition gives the public a chance to learn about solar energy and green building techniques, as the houses will be on display at the Orange County Great Park for 10 full days. Attendance is free, and each team will be offering tours of their houses. The DOE is hoping the homes will demonstrate that energy efficiency, solar power, comfort and aesthetics are not mutually exclusive concepts.

This will be the sixth time that the DOE has put on a Solar Decathlon. The first event was held in 2002, and subsequent competitions have taken place every two to three years. There will be 20 participants this year, with students hailing from universities all over the world, including Stanford, Santa Clara, Czech Technical University and Arizona State University. We’ll be attending this year to root for our two local teams: USC and another team made up from students at Sci-Arc and Caltech.

“The Solar Decathlon is the Great Park’s first-ever international event,” Jeffrey Lalloway, Chair of the Orange County Great Park Corporation, said in a news release. “We are excited to welcome the students representing the 20 competing teams and their creative energy, innovation and talent as they prepare to build solar houses that will allow the public to see the future of energy, today.”

Each house will be judged in ten separate areas relating to efficiency, design and affordability. Judges will analyze the water heating systems, temperature controls, comfort levels and even the public relations campaigns of each team, such as the quality of their website and press releases. For each category, a score out of 100 points is awarded, and the team with the highest aggregate score from each criteria will walk away victorious.

Winners will be given name recognition, along with invaluable contacts and networking opportunities from the Solar Decathlon Alumni Network. Members of the jury include executives from the home building, architecture, interior design and energy industries, journalists, marketing professionals and public policy experts.

The winners of the most recent Decathlon, from the University of Maryland, will not be participating this year, so the competition is wide open. If you live in Orange County, make sure to set aside a few hours during the first part of October to visit the Orange County Great Park and tour the houses on display. We hope to see you there!

The California legislature has approved Senate Bill 96, which authorizes the California Public Utilities Commission (CPUC) to collect revenue from the Electric Program Investment Charge (EPIC).

Funding from EPIC will be used to finance research, development and deployment (RD&D) of clean energy technology, including California solar energy, with the goal of improving the state’s energy infrastructure and saving rate payers money.

Pending the governor’s signature, the CPUC will be able to authorize the state’s utilities, including Pacific Gas & Electric, San Diego Gas & Electric, and Southern California Edison, to begin collecting $162 million for the EPIC program.

The approval of this bill was crucial to the state’s renewable energy future. Prior to its passage, funding for clean energy RD&D was set to expire, bringing to a halt the California’s leadership on this issue. As far back as the 1970s, California has been setting an example by requiring that utilities reinvest some of their revenue back into research.

However, after restructuring of the utility industry in 1996, there was some question as to the permanence of RD&D appropriations. At the time, the legislature put in place a system benefits charge, which would be used to provide a minimum level of funding. This charge expired in 2012.

Senate Bill 96 ensures that funding for clean energy technology will continue until at least 2020. The California Energy Commission will administer 80 percent of the revenue collected through EPIC, while the utilities will manage the other 20 percent. Both institutions will need to submit plans to the CPUC every 3 years, and in 2016 the program will be reevaluated by an independent auditor to determine its strengths and weaknesses.

The EPIC will primarily focus on problems that represent the biggest obstacles to reducing California’s emissions and meeting its renewable portfolio goals while also aiming to devote as much of its revenue to RD&D as possible.

The approval of this program shows that California is still leading the way when it comes to clean technology and renewable energy. The outcomes of EPIC research could result in billions of dollars in benefits for utility customers and the environment, so passing the bill is definitely good news for our state.

The Great Recession has left a lot of Americans approaching retirement in a bad position, as many investors and 401K holders have seen their assets drop in value. Adding to this problem is the fact that interest rates are historically low, and one can only earn so much on certificates of deposit (CD) and other types of savings accounts.

Solar Panels: A Home Investment that Pays

Diane Hammond, a resident of Sudsbury, Massachusetts, found herself in a similar situation when she researched options for investing $30,000 to earn income for retirement.  Forbes explains how Hammond could only hope for an interest rate on a CD of about 0.4 to 0.5 percent, a low monthly income that couldn’t possibly support her when she retired. So, she looked for an alternative that would help save money and generate a decent return on investment.

Hammond has found the solution to her problem by investing in solar energy and pre-paying a 20-year lease on a solar electric system. The savings on her energy bills, coupled with renewable energy credits and other government and utility incentive programs, are far greater than what she would have earned from a savings account.

“I figure I’m going to pay off my original investment in about five years and make 20% on my money (in total, savings and [solar renewable energy credit] payments come to about $2,500 annually),” Hammond told the source. “I thought, ‘Wow, this is much better than a CD. I’m killing two birds with one stone – lowering my electric bill and getting money with interest.”

Retirement Planning for Orange County Solar Owners

While leasing works well for some consumers, purchasing a solar system is another option that can lead to great savings for future retirees. For example,  AMECO Solar customers Linda and Dan bought solar panels as a way to save money on their monthly utility bill and free up their budget in preparation for their future retirement.

Now that their solar panels are installed, they have reduced their bill to almost nothing and estimate a savings of $3,000 each year. Over the lifetime of the solar system (typically 25-30 years), their annual savings will add up to a significant amount and will result in an impressive 19% return on investment.

Find Out How a Solar Investment Works for You

Current and future retirees should consider solar installation as an investment alternative that produces a healthy ROI. Whether leasing or purchasing, solar panels could be a good investment alternative to traditional investments. For more information, contact AMECO Solar at (888) 595-9570 or email us at gosolar@th2.e81.myftpupload.com. We would be happy to evaluate your energy needs and show you how a home solar installation could give you a good return on your investment.

Last week, the Senate and Assembly passed AB 327 with a majority of the vote. Now, the bill is headed to California Governor Jerry Brown’s desk for the final signature. The bill marks some losses for the solar industry, but thanks to the hard work of CALSEIA and other solar advocates certain amendments were made so that the bill shines bright for solar as well.

A few weeks ago, AMECO Solar wrote about AB 327 and how it could negatively affect individual solar system owners along with the solar industry as a whole. At this point, there were two parts of the bill that were a cause of worry: 1) the future of the Net Energy Metering (NEM) program and 2) the possibility of a mandatory monthly charge for all utility customers.

One loss is that the monthly surcharge has passed. Whether you own solar panels or not, you will have to pay $10 a month for merely accessing the grid and using electricity.

It’s possible that solar owners will not have to pay the charge initially and will be grandfathered in, but the details of the “grandfathering provision” will be hammered out in the coming months before the bill turns into a law.

Amendments were made to the net metering portion of the bill that accomplished goals for the solar industry.

Current solar owners enrolled in the NEM program can rest easy for now. AB 327 was amended so that your contracts will be protected and you will be granted a reasonable pay-back period based on when you originally enrolled in the program.

Even better, the amendment removed the 2014 deadline of the NEM program and extended it so another 5,500 MW of solar customers can enroll in the program between now and July 2017. This extension means a lot for residential solar installation companies as NEM is a huge incentive for potential solar customers, especially as utility rebate programs are entering their last steps and closing down.

The bill also demands that the CPUC (California Public Utilities Commission) develop a new net metering program, which solar advocates have dubbed as “NEM 2.0”, by March 2014. While the prospect of a future net metering program seems like a win, it’s uncertain how the CPUC will design the program. Due to this uncertainty, CALSEIA and those that support the organization will need to be a constant presence at the legislative level so that “NEM 2.0” will be beneficial.

All eyes will be on California during these next eight months. As a solar leader in the nation, the solar policies and legislature that develop in our state inevitably have an effect on solar in other states. Once needed, AMECO Solar will request that our customers and other solar enthusiasts take action so that our voice is heard by state leaders.

If there’s anything that the city of Lancaster, California, is known for, it’s sunlight. The community located in the high desert north of Los Angeles county gets approximately 300 days of sun per year, which makes it the perfect location for widespread integration of solar power. Mayor R. Rex Parris has made it a goal for the city to be completely energy independent, or “net zero” as it’s known, within the next three years.

Among the various policies that have been adopted to make this happen is a law the requires new homes to be built with solar panels. The city has also made it clear that they will accommodate developments and commercial projects that promise to rely on renewable energy for power production.

“We would be the deepest well if you were to imagine that [sunlight] was oil,” Parris told CBS News. “And what’s oil but power? And what’s solar but power?”

Currently, the city derives about half of its electrical needs for solar power, and leads the state in terms of solar power produced per capita. Over six thousand panels have been installed on the city’s buildings, including its baseball stadium, schools and local malls. The increased reliance on photovoltaics has also helped the municipal budget situation. Deputy City Manager Jason Caudle states that Lancaster pays about 10 cents per kilowatt-hour for its solar power, a major improvement over the 18 cents it was charged by utility companies.

And contrary to popular belief that such aggressive renewable energy goals can be a hindrance to economic development, Mayor Parris reports that the city’s residents and businesses have been extremely supportive of the idea, as California solar energy has helped them make their companies more cost-effective. Here’s to the citizens of Lancaster and hoping that many cities follow their example.

Location: Los Angeles, CA
System Type: Solar Electric (PV)
System Size: 5.6 kW
System Details: 32 Sharp PV Panels with a Central “String” Inverter and a Wireless Display
Year Installed: 2007

Electric Bill Before: $450
Electric Bill After: $30
Reduced by 93%!

Townson and his wife had considered going solar before, but it wasn’t until they moved into a new home that it became more of a reality.

“When we moved in 2006, we inherited recessed lighting that consisted of 40 ceiling lights throughout the entire house,” Townson explained. Combined with an aging air conditioner and the usage demands of a growing family, they were suddenly looking at electricity bills upwards of $450.

It was then that they seriously researched solar panel installation. Todd Fanady, AMECO Solar’s representative, visited for a site visit and found an ideal roof for solar. “Todd was practically salivating when he saw our roof. He told me that we had the perfect location, perfect angle and more than enough roof space for a solar system that would fit our needs,” Townson said, “He presented us with many different options and really seemed to know what he was talking about.”

Ultimately, Townson choose AMECO from the three companies that sent him solar quotes. While he appreciated Todd’s low pressure approach, he also wanted to install with a company that had been in business for a while.

Their 32-panel Sharp solar electric system was installed over two days in the summer of 2007. Since then, Townson began tracking production with wireless display that came with installation. He would watch the production start in the morning as the sun came up and enjoyed seeing the curve of the graph increase dramatically as the day went on and more solar energy was produced.

However, one day in 2012 he noticed that something was off. Production would start off as usual in the morning, but then the graph revealed huge spikes instead of the normal upward curve.

He immediately called AMECO Solar and the team looked into the issue. As it turned out, the inverter was slightly malfunctioning and clipping production at peak times. Since Townson had purchased a 10 year warranty on the inverter, it was quickly replaced and installed at no cost to him. “The entire process was pretty painless and our production was back to normal in no time,” he said.

Townson is happy with the decision he made to go solar with AMECO back in 2007. As predicted, the cost of electricity has gone up since the system was first installed. While others continue to pay more and more for their electricity, he and his family are able to produce their own solar energy and avoid rate hikes.

You’ve probably seen the headlines. It seems every month the solar industry breaks solar records as more homeowners take control of their energy. But there’s another critical detail you need to know: the 30% federal solar tax credit is on a countdown. This powerful incentive has made going solar more affordable for thousands of families, and the clock is ticking. We’ll explain what this solar surge means for you, how you can still benefit from it, and why acting now is more important than ever for your energy independence.

Solar Power Shatters Records Across the Globe

It’s exciting to see that the solar movement we’re part of here in California is gaining incredible momentum worldwide. This isn't just about adding a few panels here and there; entire regions are fundamentally changing how they get their power. For instance, the UK recently shattered its own solar energy record, at times running its electricity grid almost entirely without natural gas. This shows just how powerful and reliable solar has become, proving it can be a primary energy source for millions of people. It’s a clear signal that the shift to clean energy is happening faster than many of us expected, making it a more dependable choice for homeowners than ever before.

The trend is just as strong right here in the US, even in places you might not expect. Texas, a state long known for its oil and gas industry, has been setting incredible new records for solar power generation. On one day, solar energy provided more than half of the state's entire electricity demand during peak hours. This isn't just a symbolic achievement; it demonstrates that solar can handle the strain of a modern, power-hungry grid. For us in California, this is great news. It proves that investing in solar isn't just about personal savings—it’s about building a more resilient and independent energy future, especially when paired with solutions like battery backup to keep your lights on no matter what.

Why California Keeps Breaking Solar Records

The Golden State added a record-breaking 521 megawatts (MW) of solar generating capacity from April to June of this year. This was an all-time high for any state over a three month period, and made up 53 percent of the total amount added by the nation during the same time frame.

The growth in California was fueled, in part, by the completion of large-scale projects such as the California Valley Solar Ranch near San Luis Obispo. The other 41 percent came from residential and commercial solar arrays on rooftops and private property.

Which States Are Following California's Lead?

After California, the next four states to add the most solar energy installations were North Carolina, New Jersey, Arizona and Texas. Many solar experts speculate that the increase in solar expansion is related to favorable state policies and more progressive energy policies.

California, in particular, has made aggressive efforts to reduce dependence on fossil fuel sources such as coal and natural gas. Other regions of the country, such as Arizona and New Jersey, have fostered growth of solar in their states with similar laws and incentive programs.

Texas Sets New Generation Milestones

It’s not just California making waves in the solar world. Other states are rapidly catching up, proving that the shift to renewable energy is a nationwide movement. Texas, for example, is quickly becoming a solar powerhouse. On February 13, 2024, the state’s grid, ERCOT, set a new record for solar power generation, producing an incredible 16.7 gigawatts (GW). At that moment, solar energy accounted for over 36% of the entire grid's power. This wasn't a fluke; it surpassed a previous record set just weeks earlier, highlighting the explosive growth and potential of solar technology even in states traditionally known for other energy sources.

The UK's Nearly Gas-Free Grid

The solar boom isn't limited to the United States, either. Across the Atlantic, the United Kingdom is also demonstrating what's possible with renewable energy. This past April, the UK didn't just break its own record for solar energy production; it achieved something remarkable. For periods of time, the country was able to run a 99% gas-free grid, powered almost entirely by renewables like solar. This milestone shows that with the right infrastructure and investment, it's possible to drastically reduce our reliance on fossil fuels and move toward a cleaner, more sustainable energy future on a national scale.

The Driving Forces Behind the Solar Boom

This incredible growth in solar energy isn't happening by accident. It's the result of a perfect storm of factors, including falling costs, rising energy demands, and a growing public desire for energy independence. While California has long been a leader, the recent surge in places like Texas signals a major shift in how we think about and produce energy. This isn't just about large-scale utility projects; it's about individual homeowners recognizing the power they have to change how their homes are powered. The same forces driving this boom are making solar more accessible and necessary than ever for families right here in California.

Two key drivers are pushing this solar revolution forward: the decreasing cost of technology and the increasing strain on our existing power grids. On one hand, solar panels have never been more affordable, making the financial barrier to entry lower than ever. On the other hand, our aging electrical infrastructure is struggling to keep up with modern demands, leading to more frequent blackouts and rising utility costs. This combination creates a compelling case for homeowners to generate their own power, offering both long-term savings and reliable energy when the grid fails.

Record-Low Solar Panel Costs

One of the biggest reasons for the solar surge is simple economics: solar panels are more affordable than ever. In the past, the upfront cost was a significant hurdle for many homeowners. Today, thanks to better manufacturing processes and an improved supply chain for parts, the price of installing a solar system has dropped dramatically. This improved availability has been a key factor in the recent expansion of solar power. It means that the dream of producing your own clean energy is no longer a luxury reserved for a few but a practical and attainable goal for many California families. You can even calculate your potential savings to see how the numbers work for your specific home.

Surging Electricity Demand and Grid Challenges

At the same time that solar costs are falling, the demand for electricity is skyrocketing. Our lives are becoming more electrified, from the cars we drive to the appliances in our homes. This puts an immense strain on the power grid. In Texas, for instance, the state recently set a new record for winter power usage, crossing the 80 GW threshold for the first time. This isn't a temporary spike; it's a trend. As demand continues to climb, the grid's reliability comes into question, making power outages and price hikes more common. For California homeowners, this reality hits close to home, making the case for energy independence stronger every day.

The Growing Strain on the Power Grid

The pressure on our electrical grid isn't just a seasonal issue; it's a year-round concern that’s projected to get worse. Grid operators like ERCOT in Texas are forecasting that summer power demand could soar to over 140 GW by 2029. This kind of sustained, high demand pushes our infrastructure to its limits. When the grid is strained, utility companies often have to resort to rolling blackouts to prevent catastrophic failures. This leaves families without power, often during the hottest days of the year. This growing instability is a powerful motivator for homeowners to seek out reliable alternatives that put them in control of their energy supply.

How Battery Storage Provides a Solution

This is where the combination of solar panels and home battery storage becomes a game-changer. Generating your own power is the first step, but storing it gives you true energy independence. Recent events have shown that record solar power and battery storage can help prevent power emergencies, especially when the sun isn't shining but demand is high. With a home battery backup system, you can store the excess clean energy your panels produce during the day. You can then use that stored power at night, during peak-rate hours, or most importantly, during a blackout, keeping your lights on and your family safe when the grid goes down.

A Critical Look at Solar Legislation Changes

While technology and demand are major drivers, government policies and incentives also play a significant role in the solar landscape. Programs like tax credits and net metering have historically made switching to solar even more financially attractive. However, these policies can and do change. It's important for homeowners to understand that while incentives are a great bonus, the fundamental value of solar power remains constant. The ability to generate your own electricity, reduce your monthly bills, and secure your home against blackouts are powerful benefits that stand on their own, regardless of shifting legislation.

Navigating these changes can feel complex, which is why working with an experienced partner is so important. With over 50 years of experience in both solar and roofing, we've seen policies evolve and have helped thousands of homeowners make informed decisions. A solid solar investment starts with a solid foundation, which is why integrating roofing solutions with your solar installation is crucial for long-term performance and peace of mind. Our personalized approach ensures you get a system that’s right for your home and your goals, helping you feel confident in your transition to clean energy for decades to come.

What's Next for Pro-Solar Legislation?

It’s paramount for the solar industry and its customers to continue pursuing legislative efforts at the state and federal level. Programs like Net Energy Metering, rebates for California solar panels, and the Federal Renewable Energy Tax Credit need to be extended and renewed until solar costs become competitive with conventional power in the absence of subsidies.

Unfortunately, utility companies have stepped up their efforts to prevent solar incentive programs from being extended. Mainly because they’re concerned that their profits will decrease and they’ll lose control of the way residents generate and use electricity.

Hopefully, the state legislature can recognize that it is in the best interest of Californians everywhere, whether they have solar energy at home or not, to spur more growth in renewable energy sources. Then, perhaps, California can look forward to leading the nation in megawatts of solar energy installed not just in Q2 of 2013, but for many years to come.

Understanding the 2025 Deadline

While state-level incentives are crucial, a major federal policy shift is on the horizon that you need to know about. A recently signed bill will end the 30% federal residential solar tax credit on December 31, 2025. This change accelerates the credit’s expiration by nearly a decade, as it was originally set to last until 2034. This tax credit has been one of the most significant financial incentives for homeowners transitioning to solar, making clean energy more accessible and affordable. Its early termination marks a pivotal moment for anyone considering a solar solution for their home. The window to take advantage of this substantial saving is now clearly defined and closing sooner than expected.

What This Means for Homeowners

The takeaway here is straightforward: if you're thinking about getting solar panels, the time to act is now. To secure the full 30% tax credit, your system must be installed and operational before the end of 2025. Waiting until after this deadline means you’ll miss out on a credit that can save you thousands of dollars on your upfront investment. For many California homeowners, this incentive is the key to making the project financially feasible. You can calculate your potential savings to see just how impactful the credit can be for your specific project. Beyond individual finances, the policy change is also expected to cause job losses across the solar industry, affecting the very experts who help families make the switch to clean energy.

The Rationale Behind the Policy Shift

This policy change comes at a particularly challenging time. By cutting the residential solar tax credit, lawmakers are removing the primary tool that helps families reduce their dependence on the grid. This is happening just as electricity demand is surging and utility bills are climbing to new highs. A major factor in this increased demand is the rapid growth of energy-intensive AI data centers, which puts an even greater strain on our aging power infrastructure. For homeowners, this means the grid is becoming less reliable and more expensive. Investing in solar, especially when paired with a battery backup system, provides a direct path to energy independence and protection from blackouts and rising costs, making the 2025 deadline even more critical.

Frequently Asked Questions

Why is there so much buzz about going solar right now? It’s a combination of a few key factors. First, the cost of solar panels has dropped significantly, making it a more affordable investment for many families. At the same time, our electricity grid is under more strain than ever, leading to rising utility bills and more frequent power outages. Homeowners are realizing that generating their own power offers a reliable, long-term solution to both of these problems, giving them control over their energy and their budget.

You mentioned a tax credit deadline. What does that mean for me? The 30% federal solar tax credit is a significant incentive that can reduce the total cost of your solar installation by thousands of dollars. However, this credit is set to expire at the end of 2025. To qualify, your system must be fully installed and operational by December 31, 2025. This creates a clear window of opportunity, and waiting too long means you will miss out on this substantial financial benefit.

If I get solar panels, will my power stay on during a blackout? By themselves, standard grid-tied solar panels will shut down during a power outage for safety reasons. To keep your lights on when the grid goes down, you need to pair your solar panels with a home battery backup system. This setup allows you to store the excess solar energy you generate during the day and use it to power your home at night or, most importantly, during an outage. It’s the key to true energy independence.

I’m interested in solar, but I’m worried my roof might be too old. What should I do? That’s a very important consideration, as your roof is the foundation for your solar system. A reputable installer will always start with a thorough roof inspection. If your roof needs repairs or a replacement, it’s often most efficient to handle that work at the same time as your solar installation. This ensures your entire system is built on a solid, long-lasting base and prevents potential issues down the road.

Since solar technology keeps improving, shouldn’t I just wait a few more years for it to get even cheaper? While it's true that technology is always evolving, the financial landscape is changing. The 30% federal tax credit, which provides a massive discount on your system's cost, is disappearing after 2025. The savings you would get from this credit will almost certainly outweigh any minor price drops in panel technology over the next couple of years. Acting now allows you to lock in this major financial incentive before it’s gone for good.

Key Takeaways

• Act Now to Secure the 30% Federal Tax Credit: The most significant federal incentive for going solar is set to expire at the end of 2025. To take advantage of this credit, which can save you thousands, your system must be installed and operational before the deadline.
• Gain Energy Independence from a Strained Grid: Rising electricity demand is making our power grid less reliable and more expensive. Combining solar panels with a battery backup system gives you control, providing consistent power during blackouts and protection from rising utility rates.
• Solar is a Proven and Practical Choice: The rapid growth of solar power worldwide, coupled with record-low panel costs, shows that it is no longer a niche technology. It is a mainstream, reliable energy solution that offers long-term stability and savings for your home.

Related Articles

• Solar Tax Credit 2026: What Homeowners Need to Know
• Solar Tax Credit | Industry Updates | Ameco Solar USA
• Solar Tax Credit 2026 Income Limit: The Truth
• How the Federal Tax Credit Works for Solar Owners

Now that you have gone solar and have a Net Energy Metering (NEM) contract with Edison, you will be receiving a monthly Edison bill that is different from what you are accustomed to seeing. We think it’s important that you understand what these bills are telling you, and hopefully this explanation will help you quickly assess your charges or credits.

On the first page of your new Edison bill, there is an item that has created a great deal of confusion. It is the item called “Net Generation.” This is the amount of electricity your solar system has generated that has exceeded your consumption; it is NOT the amount of energy that your system has produced in that billing period. The LCD display on your solar inverter will tell you how much electricity your solar system is producing right now and also how much it has produced since the first day it was turned on.

Edison has their Smart Meter in place only to measure how much electricity they send to your home, or how much electricity you may send back to them. This Smart Meter actually has no idea what your solar system is generating. It simply measures the amount of electricity that you take from Edison (when you are using more than the solar system is producing), or the amount of electricity that you send back to them (when you are using less than the solar system is producing).

Typically, during the daytime your solar system is producing more electricity than your house is using and you are sending the excess back to Edison for a credit. When the sun goes down and the lights in the house go on, the solar system turns stops producing energy and you are now taking electricity from Edison. Some months have more sunshine than others and in some months you use more electricity than in others. So, at the end of the month you may have either a credit or a charge on your Edison bill.

The summary of net charges and credits is usually displayed on either the 3rd or 4th page of your Edison bill and is highlighted in a square box on the upper right hand section of the page. Within the box a sentence states:

Additional information regarding your Net Consumption/Generation

• This information will show your cumulative charge or a credit as of the previous month
• Your current month energy charge total;
• Your accumulated energy charge Year-to-Date;
• Your accumulated kilo-Watt hour (kWh) consumption Year-to-Date.

This is important information and will inform you as to the status of your financial position with Edison’s billing.

At the end of the billing year (starting from when your solar system was first turned on) you will receive a bill which tallies all of the credits and charges from each month. If you used more electricity than your system has produced in that year, then you must then pay this total. If your solar system has generated more electricity than you have used over the year, Edison will actually pay you. It is important to pay attention to the information on your monthly Edison bills so that you are NOT surprised if you still owe Edison a substantial amount of money at the end of the billing year.

If you have any questions with regard to Edison billing practices, you may contact one of the Edison representatives who understand NEM at (866) 701-7868.

Rooftop photovoltaic (PV) systems that deliver California solar energy to homes and small businesses are a great way lower or even eliminate utility bills, but each panel array represents only a small part of the overall energy infrastructure.

This has led many electrical companies, developers, investors and governments to press for the construction of utility-scale solar farms that can add hundreds of megawatts of generating capacity to the state’s renewable energy portfolio.

Projects like the Ivanpah Solar Generating Station in the Mojave Desert and the California Valley Solar Ranch (CVSR) in San Luis Obispo, California, promise to expand solar power in the Golden State, but these plants are difficult to get off the ground for a number of reasons.

The Ivanpah facility ran into delays because of those concerned with the native desert tortoise population. The CVSR and other plants often face heated opposition from local residents who fear the stations will create “visual pollution” that could lower property values.

On the other hand, rooftop solar installations on homes and small businesses face none of these problems. Though smaller in size, they can be constructed quicker and when adopted on a wide scale, could end up contributing to the electric grid as much as utility-scale projects.

If the number small-scale solar installation projects continue to grow, it will be good news for the economy and environment. Solar power provides a clean, renewable and steady source of energy unaffected by the price instability that plagues fossil fuels, and could help mitigate the effects of air pollution and anthropogenic climate change.

NerdWallet, a financial advice blog, recently reported on a study about the solar industry and market in all 50 states to determine which ones provided the best conditions for homeowners who want to install solar panels on their rooftops. There are a number of factors that guide someone’s decision to go solar, and while other states may provide certain advantages such as more sunlight or better tax incentives, it’s important to aggregate all of these measures to determine which one produces the ideal conditions for a photovoltaic (PV) installation.

NerdWallet used four main criteria in determining the best state for solar power:

Based on scoring for all four of these measures, California leads the way with its favorable regulatory, tax and natural environment that combine to create ideal conditions for any customers who are planning on going solar.

Fourteen schools in the Jefferson Elementary School District (JESD), located in Northern California just south of San Francisco, will be going solar in an effort to stabilize finances and dramatically reduce its carbon footprint.

The San Francisco Examiner reports that this $12 million project will save the district $17 million over the next 25 years, an important accomplishment given the fact that so many education institutions have suffered from major budget cuts and limited financial resources over the last several years.

The solar installation will provide clean, renewable energy to 14 schools while also producing energy for the district’s administrative building and central kitchen facility. This will reduce the amount of electricity that the district purchases by 85 percent. In addition, the use of California solar energy will prevent 1,000 metric tons of carbon dioxide from being emitted.

Funding for the project came from a number of sources, mainly a local ballot measure that authorized the district to borrow money to pay for energy improvements, as well as appropriations from the California Solar Initiative (CSI).

Additionally, the district has designed a curriculum that will promote solar energy to its students and educate them about the virtues of solar technology. Teachers will be given resources to help their pupils better understand how this move will benefit their schooling, and each school’s main office will be equipped with an LCD display showing data on energy production.

The JESD’s solar project serves as an excellent model for any school administrators who are hoping to implement a similar effort to help their district become more energy independent and financially stable.

Due to a sharp decrease in the price of solar panels, the cost of installing solar energy in California continues to fall. A new report from the Lawrence Berkeley National Laboratory, located at U.C. Berkeley, found that the per watt cost of small rooftop photovoltaic (PV) systems with less than 10 kilowatt capacity declined nationwide from $12 in 1998 to $5.30 in 2012.

In California, the price per watt of installation for small systems dropped from $6.40 in 2011 to $5.70 in 2012.

The report credited 80 percent of these price reductions to the fact that solar panels themselves are becoming cheaper. Between 2008 and 2012, panels dropped by $2.60 per watt. Other factors, referred to as “soft costs” which include employee wages, permitting fees and other equipment needed for installations, remained relatively flat over the same period. The study’s authors pointed out that further reductions could be achieved if these expenditures were lowered through public policy.

“Soft costs are especially important from the perspective of public policy efforts,” said Galen Barbose of Berkeley Lab’s Environmental Energy Technologies Division, and one of the report’s co-authors, in a news release. “Unlike module prices, which are established based on global supply and demand, soft costs can be influenced more directly by local, state and national policies aimed at accelerating deployment and removing market barriers.”

Among the proposals that have been put forward by solar energy industry advocates and lawmakers are reforms to the licensing and permit process to make it more streamlined. There have also been calls to reinvest in the California Solar Initiative, funding for which has largely been spent. But even absent these solutions, it’s clear that a solar electric system is becoming more affordable and accessible to a larger share of the population.

Since the beginning of the year, utility companies have been making headlines with their efforts to eliminate the Net Energy Metering (NEM) program for solar in California. But now, the utilities are making headlines with a new topic: AB 327. This bill can also be seen as a direct threat to the solar industry.

Sponsored by California Assemblyman Henry Perea and backed by Big Energy, the two main goals of the bill is to 1) eliminate the NEM program and phase out the thousands of solar customers who are currently part of the program and 2) level out the tiered pay structure for utility companies including Southern California Edison. In order to accomplish the latter, the utilities would charge all ratepayers a mandatory $10 monthly fee or $120 annually. This fee is for merely accessing the grid and would be in addition to the charges for monthly electricity usage.

Those behind the bill argue that a monthly surcharge is necessary to pay for fixed costs lost to customers who utilize solar energy. Additionally, they claim to need the funds to maintain the state’s transmission grid and prevent outages.

However, solar advocates and those in the solar industry interpret the bill differently. In effect, the utilities are proposing to shift costs now incurred by high rate payers by increasing costs for low rate payers.

What makes this effort unusual is that this charge will be placed into law by the legislature, rather than through due process at the California Public Utilities Commission (CPUC). If passed, legislating similar fees will certainly be considered a path to success in the future by utility lobbyists, and may lead to additional surcharges for whatever utility stockholders believe is possible or necessary to improve the monopoly’s bottom line.

It should come as no surprise that energy monopolies are pushing so strongly for a bill at this point in time. In the last few years, residential “rooftop” solar has experienced explosive growth as many households have chosen to go solar and generate their own renewable energy.

The Net Energy Metering program — which allows solar owners to receive credit for any over-production — has been a large incentive for many to go solar and since the program was instituted in 2007, thousands of solar customers have signed up. By eliminating the NEM program, the utility companies will not only take away a major incentive for potential solar customers but will also renege on a contract that they already signed with those already enrolled.

In addition, the monthly mandatory fee will affect many potential solar customers whose incentive is largely financial. Many of those who are currently interested in solar are getting charged a lot for electricity in the higher tiers. Therefore, they install solar panels in order to reduce their consumption and lower their utility bill.

If AB327 does in fact pass, then the financial incentive to go solar will be severely reduced for small and modest users of energy, and diminished as well for larger users. The average ROI (return on investment) in the first year will decrease by as much as 10% for average consumers (from a modest first year return of 9.7% to 8.6%). Moreover, the payback period for a solar system (now around 5-7 years for most solar installations) will increase to 8-10 years or more, hindering many potential consumers from going solar.

What can we Californians do to fight against AB327? Join AMECO Solar, CALSEIA and thousands of solar supporters by calling your Senator (find out who your Senator is by visiting this website) and asking them to, “Protect All Net-Energy Metering Customers”. Then, spread the word to your friends and colleagues by tweeting, posting on Facebook or sending an email with a link to this blog post. The bill will be voted on this Friday, August 30 so be sure to take action today.

A major challenge for states like California that are trying to meet renewable portfolio standards (RPS), standards which dictate the minimum percentage of electricity that a state needs to derive from renewable sources, is to find energy storage options that are both affordable and effective.

The main issue is that renewable technologies such as Los Angeles solar and wind power generate a lot of electricity at certain times of the day, and none at others. Particularly with wind energy, the electrical grid needs to be able to handle massive fluctuations in electrical production in a way that it is currently incapable of doing. This is due to the absence of battery technology that can be scaled to such sizes that it can handle gigawatt-hours of energy.

Reuters reports that California Governor Jerry Brown told attendees at the InterSolar Conference in San Francisco that Californians can’t simply rely on sunlight for power, saying that “we’ve got to bottle the sunlight.”

Fortunately, many companies are entering a heated race to develop batteries that can handle large amounts of grid electricity. These include LG Chem, a large-scale battery maker, in addition to more well-known companies such as General Electric, and investors Peter Thiel and Bill Gates. Brown put forward a proposal that would increase the state’s commitment to funding battery tech, which many see as the principle obstacle to wider integration of solar energy into the electric grid.

The more progress these firms can make on this front, the more Californians will be able to benefit from this great energy source.

Location: Long Beach, CA
Solar System Types: Solar Electric (PV) and a Solar Hot Water System
Solar System Details: 10 PV Panels with a Central “String” Inverter and 2 Solar Hot Water Panels

Electric Bill Before: $35
Electric Bill After: $5
Reduced by 86%!

“Our electric bill wasn’t that expensive before we went solar, only averaging about $35 a month,” said Debbie, “We made the change to become a ‘sales tool’ for solar and hopefully motivate others to explore it as a renewable energy option.” With the couple’s solar electric and solar hot water panels easily visible from their corner home on the Alamitos Bay Peninsula in Long Beach, they have the perfect set-up to promote solar energy.

Joe explained further, “It’s a good conversation starter — many people see the panels and come up to ask questions. We’ve noticed a lot more homes in the neighborhood with solar since we had ours installed in 2006. While we can’t claim all the credit, we think we may have played a part in inspiring them to go solar.”

The couple has been happy with AMECO service from Day 1 when company owner Patrick Redgate visited their home for the initial site survey. He evaluated their shake roof to make sure it was in good condition and would hold up long enough to make solar financially viable. Then, he took the time to explain how solar electric would reduce their electricity bill and the solar hot water panels would provide the majority of the hot water used in their home.

Since they trusted his opinion and solar suggestions, the couple didn’t even look into other companies and signed a contract with AMECO. Afterwards, the AMECO installers arrived to install the two solar systems. “They were very polite and quick, the installation was complete in a few days,” Debbie commented.

During the past 7 years, the solar panels have not required any maintenance at all. Moreover, there has been no need to clean the panels either. They merely allow the rain to wash away any dust that might have accumulated in the past months and the panels continue functioning at peak performance.

Whenever questions have come up, they appreciate that AMECO is very responsive and calls them back with answers in a timely manner. “The best part about working with AMECO has been the people. You can tell that they are passionate about solar and really believe in what they are doing,” she continued, “It’s nice to be working with like-minded individuals.”

Debbie and Joe are hoping to invest in a plug-in vehicle soon, and are considering a Toyota Prius plug-in hybrid or the BMW i3. They are planning to install additional solar panels to offset the electrical use of the EV. Though they haven’t made up a decision about which car to purchase, there is no doubt in their minds about who they will hire for the solar installation — AMECO Solar, of course.

The two main arguments that are often cited in favor of Los Angeles and Orange County solar power are economic and environmental. By going solar, residents and businesses can reduce and potentially eliminate their electricity bills. In doing so, people also help improve the planet’s climate by decreasing carbon dioxide emissions.

Those two reasons alone are enough to justify widespread adoption of solar power for electrical generation, but something that often goes unmentioned is the way that solar technology can help boost public health.

The reasoning is simple. Burning fossil fuels not only produces carbon dioxide but other forms of air pollution that can cause serious respiratory illnesses in children, adults and seniors. Even natural gas, which burns much cleaner than coal, still releases toxins into the air that can exacerbate health conditions such as asthma and obstructive pulmonary disease. According to Scientific American, particulates emitted from fossil fuel power production is estimated to cause 59,000 cases of acute bronchitis and 603,000 asthma attacks annually.

While this is a problem in many communities spread throughout the U.S., EarthTechling, a clean technology news site, points out that seven of the ten worst counties in the nation in terms of air pollution are located in California. Much of this air pollution comes from the production of electricity, and could be eliminated through greater reliance on solar power.

When considering the merits of having a rooftop PV system installed on your home or business, along with the environmental and financial advantages, keep in mind that you’ll also be contributing to improved public health.

Electric vehicles and plug-in models like the Chevy Volt, Tesla Model S, Nissan Leaf and BMW i3 are becoming much more viable options for customers looking to save money on gasoline and energy costs. EV technology used be to very expensive, and though it still remains on the high end of the price spectrum for many drivers, it’s quickly moving in the direction of being more affordable for many families.

At the same time, solar power is rapidly bringing renewable energy to a wider market of customers in Southern California.

So, this begs the question: Can energy users who want to capitalize on these trends take advantage of the economic and environmental benefits of both? Does having an all-electric or plug-in hybrid vehicle increase the value of a rooftop solar energy system?

In an article on GigaOM, a technology news site, writer Kevin C. Tofel, wrote about how he had installed solar photovoltaic (PV) panels on his home and bought a Chevrolet Volt. He claimed that the purchase of the car had shortened the solar payback period on his PV system by half.

Tofel figured that three-quarters of the family’s driving was powered by electricity from the solar panels, saving roughly $2,400 a year in gasoline costs. At the same time, Tofel was spending $2,500 less on electricity for his home annually, for a combined savings of $4,900. While he had originally projected the break-even point on his PV system to be about 11 years before buying the Volt, the gasoline savings after the purchase meant he would hit that point at about 6 years after buying the solar panels.

It’s worth mentioning that the results for solar customers in Orange County and Los Angeles could vary from Tofel’s. He purchased a relatively oversized system for his house, plus he lives in Pennsylvania, which has different incentives than California. But, it wouldn’t be very difficult for California customers to outpace these results, as electric rates and gasoline prices in the Golden State are much higher than those in Pennsylvania.

If you are interested in purchasing a solar system to offset electricity costs of your home and electric vehicle, contact AMECO Solar today. One of our solar consultants will be able to run the numbers to figure out the size of the solar system that you will need and how long it will take to hit the break-even point.

The Brightsource Ivanpah Solar Electric Generating System, in the Mojave Desert of California, is ready to go online, and pending approval by the California Public Utilities Commission should begin generating electricity very soon.

Located off the Interstate-15 near the Nevada border, the Ivanpah solar project is one of the largest ever completed. Using 170,000 mirrors, sunlight is concentrated and focused on three 450-foot tall towers. Water in the towers is heated to boiling temperatures, where it converts to steam and spins a turbine that generates electricity.

The total power capacity of the Ivanpah project is 392 megawatts (MW), enough to light 140,000 homes. The process produces no carbon emissions and qualifies as a renewable energy source.

The technology involved is very different from the photovoltaic panels that AMECO installs on rooftops, but the goal is the same: To provide a clean, affordable energy source to California residents that will reduce our dependence on fossil fuels and stabilize long term energy costs. The project is funded by Brightsource Energy, along with support from Google and NRG and a federal loan.

The completion of Ivanpah will help the state of California meet its renewable portfolio standard (RPS) goal of 33 percent by 2020. It has drawn some criticism for the impact the project has had on desert tortoise populations, but biologists hired by Brightsource have relocated the animals to alternative locations where they can thrive.

By integrating more California solar energy into the state’s electrical grid, plants like the one at Ivanpah allow more Californians to reap the financial, economic and environmental benefits of solar power.

Whether the state of California and the country as a whole can move away from fossil fuels depends largely on the growth of renewable energy sources such as solar power, as these are the only solution that provides the electricity we need affordably without the pollution of coal and oil or the dangers of nuclear power.

Although much more progress needs to be made, two recent reports highlight the fact that things are moving in the right direction.

The U.S. Energy Information Administration has published a study showing that renewables, along with nuclear power, will be the fastest growing sources of energy over the next several decades, expanding at a rate of about 2.5 percent per year. In terms of renewable energy (RE) sources, much of the increase will come from wind, hydropower and solar.

In addition, NPD Solarbuzz, a market research company for the solar industry, put out a new paper that states the U.S. has passed the 10 gigawatt (GW) benchmark for solar generating capacity, trailing only Germany, Italy and China. The same report predicted that the industry would grow by 80 percent and reach 17 GW in total solar PV installations by 2014.

“The US has now joined an elite group of maturing solar PV markets that have accumulated more than 10 GW of installed capacity,” said Christopher Sunsong, analyst at NPD Solarbuzz, in a news release. “The United States is only the fourth country to reach the 10 GW milestone of installed PV capacity.”

The new head of the Environmental Protection Agency (EPA), Gina McCarthy, was confirmed by the U.S. Senate last week after an unexpected delay due to political gridlock over the role of the EPA in regulating environmental impact. McCarthy’s position will see her in charge of one of the most powerful agencies in the country in terms of regulating business, and it appears she will continue to focus on issues related to energy consumption, as did her predecessor, outgoing EPA chief Lisa Jackson.

Because of a 2007 Supreme Court ruling, the EPA was given jurisdiction over regulating greenhouse gas (GHG) emissions, meaning that the Obama administration could pursue an agenda of limiting production of carbon dioxide and other GHGs without rule-by-rule approval from Congress. As such, it could be the case that the regulatory environment will continue to favor renewable energy sources over fossil fuels such as oil, coal and natural gas, particularly in the realm of electrical generation.

There are many ways that the EPA could shift the country’s energy infrastructure in the general direction of renewable sources, including levying penalties for companies that emit too many GHGs, requiring higher fuel efficiency standards and providing more streamlined permitting processes for the construction of new solar energy and wind projects.

Businesses that are looking to improve their long term financial stability and avoid potential penalties for fossil fuel consumption should consider switching to a solar electric system constructed by Los Angeles area solar installers. AMECO Solar can design and install a solar PV system that will meet your energy needs. Contact us today for more information.

The pace of adding renewable energy sources to the U.S. electrical grid continues to accelerate, as the Federal Energy Regulatory Commission’s Office of Energy Projects released a new report on July 19 showing that 25 percent of electric generating capacity added in the first six months of 2013 came from renewables.

A total of 8,601 megawatts (MW) of new energy projects were completed in 2013. Solar  energy accounted for 969 MW of new capacity added in the first six months of this year,  which is enough solar power capacity to provide electricity for over 700,000 homes, and represents an increase of 3.70 percent over this same time period in 2012.

Renewable energy sources now contribute 16 percent of the total energy used in the U.S., with solar power generating 0.48 percent. However, something to remember is that solar energy is the fastest growing source in the country. A recent report from the Solar Energy Industry Association indicated that the total number of solar panel installations had grown 33 percent year over year for the first quarter of 2013 so it’s possible that this statistic will increase and solar power will make up a larger percentage of new renewable energy added in the coming years.

The growth of solar energy is good news for the planet and rate-payers. This technology provides a clean, renewable source of power that can help stabilize utility bills and improve air quality. A solar electric system will allow you to take advantage of California solar incentives as well as many local and federal programs that will deliver a return on your investment.

The California solar energy industry is thriving thanks to tax incentives and shrinking costs of solar panels for homes, but a new report from Environment America Research and Policy Center shows that the state has hardly reached full capacity. The study, entitled “Lighting the Way: What We Can Learn from America’s Top 12 Solar States”, provides information on solar statistics for what the report calls the “Dazzling Dozen”, the 12 states that produce 85 percent of the nation’s solar generated electricity.

California leads the country, having grown astounding 35 percent in 2012 to bring our total amount of installed solar capacity to 2,901 megawatts (MW).

“California’s leadership in promoting renewable energy sources must continue,” State Senator Marty Block (SD-39), said in a news release. “Our shared vision for protecting the environment and developing future technologies is essential to the next generation’s quality of life, our state’s economy, and setting the trend for the nation’s approach to energy security policy.”

California added 1,033 MW of capacity in 2012, 400 more than the next state (Arizona) which is enough power to provide electricity for 750,000 homes.

It’s possible that 2013 will turn into another record breaking year for California. Customers of Southern California Edison can still take advantage of the California Solar Initiative, a rebate program designed to incentivize residents to invest in solar energy, and solar financing is becoming increasingly popular with homeowners who are looking to lower their monthly utility bills. Contact AMECO Solar at (888) 595-9570 or email gosolar@th2.e81.myftpupload.com to find out more about going solar in Los Angeles and Orange Counties.

When most consumers set out to do research about solar panels, they will eventually come across the Residential Renewable Energy Tax Credit also known as the Federal Investment Tax Credit (ITC). This tax credit allows you to claim up to 30% of the price you pay to install solar panels, which discounts the cost going solar significantly. The credit has no limit and will be available through December 31, 2019 and stepped down thereafter.

Admittedly, the solar tax incentive is confusing, and many of our customers have questions about it. While AMECO Solar is not licensed to give tax advice, and we recommend that you consult with a tax professional on all tax matters, we hope that by explaining the basics of the solar tax credit you will have a better understanding of how it will work for you when you are ready to purchase a solar system.

Many people are led to believe that they will receive a check from the federal government after they file their taxes, similar to how typical rebate works when purchasing a product. However, this is not true! The tax incentive is a credit, meaning that when you file your Federal taxes you can claim 30% of the qualified expenditures of your solar system.* If you owe Federal taxes that year, then the credit can be applied and you will either A) owe less, B) owe nothing, C) owe nothing and have a credit left over.

Let’s look at these situations in greater detail. To guide our sample scenarios, we’ll imagine that Joe Solar paid a total of $25,000 for the installation of his solar electric system on his home’s rooftop. This amount qualifies him for a $7,500 Federal tax credit.

In Scenario A (where he would owe less) April arrives, he files his taxes and claims the 30% solar tax credit. It turns out he owes $10,000 in taxes, so the entire $7,500 is applied and he writes check to Uncle Sam for the remaining $2,500 that he owes.

For Scenario B (where he would owe nothing) Joe went to his employer and told him that he would be getting a $7,500 tax credit for the year. The employer adjusted Joe’s withholdings on his pay check so that he took home more money and would owe $7,500 to the IRS in April. In April, Joe applies the $7,500 tax credit to his $7,500 tax bill and owes nothing.

For Scenario C (where he would owe nothing and have a leftover credit), we find out that Joe only owes $1,200 in taxes. His tax credit covers this $1,200 amount that he owes and then the remaining $6,300 tax credit will roll over to any succeeding taxable years through 2016. It may be possible to roll any remaining tax credit past 2016, but it’s not entirely clear as reported by DSIRE.

While most people qualify for the solar tax incentive, there are some that do not qualify. Anyone who does not owe taxes will not be able to benefit from the tax credit. Also, it does not apply for solar installations on rental properties. That said, anyone who installs solar panels on an existing home, new construction or second residence will be able to utilize the solar tax credit.

While you’re in the process of purchasing a solar system, AMECO Solar suggests you consult your accountant or tax professional to figure out the specifics on how to approach the solar tax credit in your specific situation. While we are definitely experts in all things solar, we can’t necessarily claim the same with filing taxes.

If you are interested in a solar installation for your residence or business and would like to see how much you can save with the federal solar tax incentive, contact us at (888) 595-9570 or gosolar@th2.e81.myftpupload.com.

* Typically, “quality expenditures” include the cost of the solar products (panels, inverters, hardware, etc), installation labor and any permitting fees associated with the job. In some cases, you may be able to claim the cost of any re-roofing or electricity work done in conjunction with the solar installation.

Among the many advantages of solar panels are the low maintenance costs associated with the technology. Photovoltaic (PV) panels have no moving parts, and the relatively mild weather in Southern California means they’re almost never subjected to extreme conditions such as high winds, thunderstorms or hail.

For many years, the solar experts at AMECO Solar have recommended that our customers clean their solar panels by merely hosing them off a few times a year. This easy cleaning process combined with the intermittent rain of the area typically cleans the panels enough to keep the solar system running at high efficiency.

However, many solar panel cleaning companies are now selling more thorough cleaning services. They argue that if dust and dirt accumulates on the solar panels, then they will become less efficient in converting sunlight to electricity.

A team of engineers at U.C. San Diego recently called this assumption into question. They studied the efficiency of solar panels for homes that had not been rained on for a period of almost 5 months during a drought, versus those that were cleaned regularly. They found the systems that had not been cleaned or rained on for a 145 day period lost only .05 percent in daily power output. In comparison, those who had washed their solar panels at least once during this same time period ended up saving owners about $20.

“You definitely wouldn’t get your money back after hiring someone to wash your rooftop panels,” Jan Kleissl, a professor of mechanical and aerospace engineering at U.C. San Diego and the principal investigator on the study, said in a news release on the solar research.

The study focused on smaller residential solar systems. Kleissl pointed out that owners of larger commercial solar panels might see more gains from routine cleaning, as these systems typically produced thousands more kilowatt hours more than a residential rooftop array. There was little indication that hiring private contractors to clean panels would be worth the cost, unless you live in an area regularly exposed to soot or petroleum residues that would cause collectors to soil more profusely than those tested in San Diego.

Moving forward, AMECO Solar will stick to our recommendation that our customers in Los Angeles and Orange County allow the rain to clean the dust that might accumulate on their solar panels and, if necessary, merely hose them down every once in a while. If you still think that your solar panels need a more thorough cleaning, please contact us about our per panel price.

Scientists from U.C. Berkeley have found that solar power could supply a third of the electricity needs in the Western United States if the grid parity goals of the U.S. Department of Energy (DOE) are met by 2050. The report, released the Berkeley Energy and Resources Group and the Renewable and Appropriate Energy Laboratory, argues that the DOE’s current goals of bringing solar power to a comparable cost with conventional energy sources would lead to a displacement of other fuels such as natural gas and nuclear.

The study found that if public policies such as carbon caps and pricing are put in place, and if investment in solar technology continues, it could become a much more crucial part of the region’s energy portfolio. This would help the country reduce its carbon emissions and mitigate the effects of climate change.

“Given strategic long-term planning and research and policy support, the increase in electricity costs can be contained as we reduce emissions,” Dan Kammen, study leader and Distinguished Professor of Energy, said in a news release. “Saving the planet may be possible at only a modest cost.”

The DOE has a program called the SunShot Initiative, the goal of which is to bring the cost of solar power down to the equivalent per-kilowatt-hour rate of non-renewable sources by 2020. Doing so would lead to a major shift in the energy infrastructure toward cleaner technologies, but at the moment this is being done through the use of government subsidies that incentivize homeowners and businesses to make use of California solar energy. Taxing carbon emissions and capping output could make the price of fossil fuels reflect the true environmental and economic costs of these sources, thereby making solar power more attractive.

Although the financial and environmental advantages of solar energy are clear, this technology still only provides less than one percent of the total electrical generation in the entire country. As such, it is important for the solar community and public officials to continue communicating to residents everywhere how they can benefit from having solar panels installed on more rooftops and vacant land.*

It’s clear that this encouragement won’t come from utilities, who are concerned that if more people switch to solar power, it will cut into their profits.

A recent New York Times piece discusses this issue and how electrical companies are trying to slow the growth of solar energy, despite the fact that there is so much to be gained for ratepayers.

The main claim being made by utilities is that Net Energy Metering (NEM) policies, which allow payers to sell solar-generated electricity back to the grid and lower their electricity bills, will cause charges for other customers to rise as more homes switch to solar power. As a result, they’ve been campaigning for public officials to eliminate Net Metered systems so that fewer residents can enjoy the advantages of solar energy.

There are many reasons that Net Metering benefits all utility customers as a whole. It is recognized in a general sense that less electricity produced by fossil fuels will improve the health of anybody who breathes air. However, the reason that the California Public Utilities Commission (CPUC) instituted the NEM class for solar owners in the first place was to create distributed energy throughout the grid. They believe that solar panels help generate electricity during the hottest days of the year, when marginal or ‘peaker’ power plants fueled by conventional means are ramped up to meet higher than normal demand. This not only stabilizes power production when it is most likely to fail, but lowers the cost of building infrastructure and new power plants because the owners of the distributed solar power plants assumed the burden of building the generator, not the state or the ratepayers.

In fact, it has been estimated that the costs of NEM solar has been exceeded by its benefits to the tune of $92.2 million a year in California alone (Crossborder Energy Study, January 2013). This study proves that all ratepayers benefit from solar and that it does not adversely affect non-solar owners.

*AMECO Solar is doing our part to spread the “solar gospel” to Los Angeles residents and officials by working with Environment California, a state-based nonprofit, on their “Go Solar California” campaign. By highlighting the stories of solar system owners in the area, the report will continue to build support for the goal of 20% rooftop solar power by 2020 in the county. Our hope is that by proving how beneficial solar is for all residents, we can bring more clean energy to Los Angeles.

Proposition 39, which was approved by California voters in November 2012, contained two important policy provisions. The first one closed a corporate tax loophole that will cause the state to lose billions in extra revenue. The second provision mandates that money raised by the closing of the loopholes would be invested in other public projects, specifically energy efficiency improvements in educational institutions. The goal was to promote clean technology job creation while also helping local education agencies (LEA) upgrade buildings.

Half of the money raised by the bill was earmarked for the Clean Energy Job Creation Fund, which would be used to pay for upgrades to electrical systems and insulation for aging education facilities. The original legislative language also allowed for agencies to spend grant money on clean energy installations, including Los Angeles and Orange County solar projects. Although some have called into question whether the California Energy Commission (CEC) will still fund solar installations due to ambiguity in the language of later versions of the law, the CEC has never officially ruled out solar energy projects for monetary awards.

The deadline to apply for grants is August 1, so institutions that are hoping to improve energy efficiency at their facilities or invest in solar technology should submit applications as soon as possible.

AMECO Solar can help you plan, budget and install a solar energy system that will help your organization or educational agency save money on utility bills and reduce your carbon footprint. For more information, contact AMECO by calling (888) 595-9570 or emailing gosolar@th2.e81.myftpupload.com.

After many months of negotiations, the European Union (EU) has finally brokered a settlement with China’s Chamber of Commerce regarding the price at which it exports solar panels to European countries. The agreement could have consequences for the U.S. solar panel market, where a similar controversy has erupted over recent years about Chinese “dumping” of photovoltaic (PV) panels.

The New York Times reports that under the terms of the new deal, Chinese solar panel manufacturers cannot sell their products to EU members for less than 56 euros ($0.74 cents) per watt. Those companies that refuse to comply will be subject to a 47.6 percent “anti-dumping” tariff.

The deal was thought by some to be less favorable to the EU than had originally been hoped. The European Commission had launched an investigation into the Chinese practice of dumping in September 2012, hoping that it could pressure China into raising the prices of its panels, making European-manufactured solar cells more competitive.

The practice of dumping, in which China floods a market with low-cost panels, thereby forcing competitors to lower their pricing, has been controversial in the U.S. as well. The Department of Commerce levied a 31 percent tariff in May 2012.

It’s important to note that the cost of going solar will likely continue to fall even with the tariffs in place. GreenTech Media Research, a solar industry research publication, predicts that the cost per watt of solar panels will fall from 50 cents at the end of 2012 to 36 cents by 2017.

The key to wider integration into the electrical grid of solar panels for homes is how the costs of these PV systems compare to natural gas and coal power. A drop in the price of panels will have a positive impact on the availability of solar to residents and businesses in Los Angeles and Orange Counties.

Scientists at Stanford University have developed an ultra-thin, light-absorbing material that could eventually be used to create inexpensive solar cells. In a news release, researchers stated that the new material, which is only several nanometers thick and absorbs 99 percent of the light that hits it, is significantly thinner and lighter than any known material with the same properties.

By laying gold dots only 14 nanometers by 7 nanometers onto a wafer, the research team was able to “tune” the dots so that they absorbed particular wavelengths of light. They found that the wafers were incredibly efficient and could potentially be used as materials for a whole new class of solar cells.

“Our results show that it is possible for an extremely thin layer of material to absorb almost 100 percent of incident light of a specific wavelength,” Stacey Bent, a professor of chemical engineering at Stanford, said in the news release. “Achieving complete absorption of visible light with a minimal amount of material is highly desirable for many applications, including solar energy conversion to fuel and electricity.”

It remains to be seen if these wafers can actually be applied to solar cell technology, as these experiments only proved they could absorb light. The scientists need to run additional tests to see if the wafers will be able to convert the absorbed wavelengths into electricity.

One of the most exciting aspects of operating in the California solar energy industry is that there are constantly new developments in solar cell technology that promise to revolutionize the way we produce electrical power.

An interesting innovation was announced recently regarding dye-sensitized solar cells (DSSC), which are transparent, low cost and can convert more sunlight to electricity when it is cloudy outside. Researchers at the École Polytechnique Fédérale de Lausanne in Switzerland have created DSSCs that achieve efficiency rates of 15 percent, making them comparable to the silicon-based cells that are currently on the market.

Commercially manufactured solar cells, such as those in photovoltaic panels that AMECO Solar installs on our customer’s rooftops, typically have a power efficiency of 15 to 23 percent, meaning that approximately a fifth of the sunlight hitting the panel is converted into electricity.

DSSCs are somewhat transparent, giving them broader applications such as installing them on windows. They are also more durable, lighter and cost less to produce. While typical silicon solar cells need to be protected by a sheet of glass, this is not the case with DSSCs.

This technology is still in development, but it is thought that these cells will someday become ubiquitous in rooftop systems and lower the cost of going solar. In the meantime, solar consumers will continue to rely on photovoltaic solar cell technology to provide renewable energy to their homes and businesses.

With temperatures rising into the 80s and 90s, many homeowners in Los Angeles and Orange County are thinking about investing in a swimming pool. But for some, the energy expenses of operating a pool heater are so high that they do not to move forward with the investment. Fortunately, there’s a solution that will allow you to heat your pool without worrying about your monthly utility bill.

A standard pool filter pumps water through a solar collector, which heats it up and then allows it to flow back into the pool. It provides you with enough heat to make your pool comfortable to swim with little or no additional energy cost. A solar pool heater will reduce your normal energy costs significantly.

Although the typical solar pool heater will cost $3,000 to $5,000, the U.S. Department of Energy estimates that homeowners will see a payback period between 1.5 and 7 years, depending upon the fuel that is being replaced, meaning that the cost of installing a solar heater will be offset by fuel savings within that timeframe. Most of AMECO’s solar pool customers see a payback period between 1.5 and 2.5 years.

Depending on your climate and temperature needs, the solar collector will take up between 50 and 100 percent of the surface area of the pool with the average pool taking up about 60 percent of the surface area. Placed on your roof, this will hardly be noticeable, and you and your family will be able to enjoy temperate waters.

If you already own a pool and have been looking for a more cost-effective way of heating it to a reasonable temperature, or if you’re in the market for adding a swimming pool to your property and want to start off on the right track, contact AMECO Solar by calling (888) 595-9570 or emailing gosolar@th2.e81.myftpupload.com to schedule a consultation.

Solar System Type: Solar Electric (PV)

Solar System Details: 27 PV Panels with a Central “String” Inverter

Electric Bill After: $6

Reduced by 98%!

To say that Sarojni and Bruce are environmentally conscious is an understatement; the Long Beach-based couple should really be considered environmental pioneers. They were recycling many years before the city provided curb-side bins and have always maintained a composting system at their home.

As a landscape designer, Bruce uses drought-resistant plants whenever possible while his wife Sarojni created the Long Beach Green Guide, a comprehensive online directory & resource for green products and services in Long Beach.

In an effort to meet other eco-minded people, Sarojni attended the first Long Beach Green Drinks gathering in the fall of 2007. It was during one of these events that she met Todd Fanady, one of AMECO Solar’s representatives. They talked about his bio-diesel fueled car and briefly discussed the benefits of solar energy.

Shortly thereafter, he visited their home to evaluate it for solar. “Todd really educated us during the first consultation. I honestly had no idea how electricity is powered by so much coal,” Sarojni explained. The couple recognized that solar would not only benefit the earth, but would also benefit their finances.

“Since we were already accustomed to paying high electricity bills at an average of $250 a month, we decided to apply that money to a solar loan instead. The idea was that the solar system would be paid off in 6-7 years and then our energy would be completely free,” Bruce explained.

Though their roof had some challenges, the AMECO Solar installers were able to use a special technique to bypass 2-3 inches of insulation panels and mount the solar panels into the wooden support beams. Bruce shared, “We were pretty impressed, the installation went really well.”

The couple’s solar installation was completed mid-December of 2007. Now, almost 6 years later, Bruce and Sarojni are happy to use renewable energy to power their home. “Relying on fossil fuel is not the answer,” Bruce stated. By installing solar panels, they hope to encourage social change and inspire more of the community to go solar as well.

A pair of recent interviews with some of the solar industry's top professionals has shown that, as far as these chief executive officers are concerned, there is little stopping the growth of the solar energy movement. 

In a sit-down talk with Bloomberg News, SunPower head Tom Werner speculated that within the next ten years, the solar industry will begin to supplant traditional sources of power like coal, oil and natural gas. His forecast is based on current expansion projections in California and abroad, which have been encouraged primarily by educational outreach that promotes the benefits of solar. He also pointed to growing demand for quality solar panels for homes that are both more durable and energy efficient. Because of this market strength, he predicts that more Americans will opt to buy these electric systems for their residences.

According to CleanTechina, a green community news source, the CEO of a major German solar panel maker said in an interview with the German-language newspaper Deutsche Welle that solar power might even become cheaper than coal one day. While more technological development is needed to push solar efficiency to new heights, he suggested that shifting perspectives on fossil fuels and growing alarm over the dangers of coal burning could push more households and businesses to adopt solar power.

Residents of California do not need to wait for new types of solar panels to be invented in order to benefit from a solar electric system or solar pool heater, the latter of which makes home recreation even more affordable. The professional team at AMECO Solar can help you determine which solar technology is best suited for you and develop an installation plan. Call our offices today to learn how solar power can change your life for the better! 

A new study compiled by the William C. Velasquez Institute (WCVI), a Southern California-based Latino outreach and research group, indicates that Latin Americans value clean energy overwhelmingly compared to fossil fuel sources like coal, oil and natural gas. A poll conducted by the organization and published late last month showed that the Latino community is making inroads in spreading the word about energy efficiency and renewable power.

Antonio Gonzalez, the president of the WCVI, said in a press statement that the researchers themselves were stunned by the high number of those who believe that sources such as solar energy are worth the investment, rather than relying on coal and oil that harm the environment and do not deliver the same kind of results as renewable power. Nearly 80 percent of respondents said that solar is the way to go.

"The results from this survey show a deepening of the Latino voter embrace for conservation and environment. Our survey shows over 80 percent support for solar power – this is unprecedented and profound especially since things like rooftop solar access are only just beginning to penetrate the Latino community. The bottom line is that green ideologies are being embraced by southern California Latinos," Gonzalez said.

This report is just one indication that popular opinion toward solar power is shifting in a positive direction. Residents of the Golden State are discovering just how advantageous it is to switch from fossil fuels to renewable energy.

If you're someone who wants to learn more about solar power, reach out to AMECO Solar to hear about how photovoltaic solar panels can benefit your household. Our team of Los Angeles solar installation experts can answer any questions you may have, so call our offices today!

The California Solar Initiative (CSI), a program intended to spur widespread adoption of solar energy throughout the state, has led to massive growth in the industry. A report released in June 2013 by the California Public Utilities Commission (CPUC) stated that rooftop solar installations rose 26 percent in 2012, as California homes added 391 megawatts (MW) of generating capacity. What makes this number remarkable is that it doesn’t include Los Angeles solar panels and other cities that are run by municipal electric companies, as CSI only applies to investor-owned utilities.

As of the end of the first quarter of 2013, the state has a total installed capacity of 1,629 MW of grid-tied solar energy “on the customer side of the meter”, meaning rooftop systems on homes and businesses. This does not include utility-scale projects like the recently completed California Valley Solar Ranch in San Luis Obispo County. The stated goal of the CSI in 2007 was to add 1,940 MW of solar generating capacity by the end of 2016.

Most of the funding for CSI has been taken, with the program having met 66 percent of its installation goals while another 19 percent of the goal is slated to be met with projects in development or under construction. What remains to be seen is whether the California legislature will extend additional funding to the program to encourage more solar power, as the state is hardly at its full capacity.

Even without the rate-payer funded CSI, there are still plenty of tax incentives and a federal renewable energy credit available to Southern Californians who want to make the switch to solar. For more information, contact AMECO Solar at (888) 595-9570 and speak to one of our solar energy experts.

2013 is off to a great start for the solar power industry, and you won't find better results than in California. According to a report from the Los Angeles Times, our state leads the nation in terms of solar electric system installation for the first quarter of the year.

Thanks to both federal and state-based subsidies, the U.S. added a collective 723 megawatts (MW) of photovoltaic (PV) generation capability from residential, commercial and utility solar projects. California alone installed 408 MW of PV solar panels during the first three months of 2013. A large majority of the increase is due to installations conducted by utility companies, however the Los Angeles Times noted that residential PV installations did experience an incremental increase when compared to this same time period in 2012.

Rhone Resch, who heads the Solar Energy Industries Association, suggested in an interview that this year's developments are only just the beginning for the solar power movement.

"Obviously California has been a leader for solar energy for some time, but now we're seeing gigawatts installed on an annual basis. It is absolutely conceivable that solar will be installed on pace to replace San Onofre," Resch said, referring to the controversial nuclear power plant that is in the process of being decommissioned.

Californians hoping to take advantage of the eco-friendly benefits of solar power should reach out to AMECO Solar for the professional know-how and guidance that has defined our company for decades. We work with both homeowners and businesses to develop the kind of energy solution that best suits their needs. Contact our offices today to learn more.

The California Valley Solar Ranch (CVSR), a 250 megawatt (MW) solar generating station located in Eastern San Luis Obispo County, has been completed. Once fully operational, the facility will produce enough electricity to power 100,000 homes, almost the entire city of San Luis Obispo.

Energy generated by the CVSR will be transmitted over the PG&E grid, and will allow our Central Californian neighbors to reduce carbon dioxide emissions by as much as 333,000 metric tons per year.

California has a renewable portfolio standard (RPS) that requires utilities to derive 33 percent of the electricity they produce from renewable sources. The CVSR project will go a long way towards meeting that goal. It is currently the largest photovoltaic plant in the state, although GreenTech Media, a clean technology website, reports that a 550 MW capacity generating station will soon begin construction in the Carrizo Plain of Central California.

The CVSR facility covers 4,700 acres, but only about 1,500 of that is actually taken up by solar panels. The remaining 3,200 acres will be set aside for permanent conservancy, in order to support several species living in the area. According to the plant's website, it will inject $315 million into the local economy both during construction and operation, while generating $10 million in total tax revenue.

This development represents a major step forward for California solar energy, but you don't need to wait for your local utility to build its own large scale plant to take advantage of the financial and environmental benefits of solar power. AMECO Solar can design and install a solar electric system that will significantly lower your energy costs while improving air quality. Contact us today for more information.

Last month, the LADWP Board of Water and Power Commissions voted to approve changes to their Solar Photovoltaic Incentive Program that will go into effect on July 15, 2013. The most notable change is that the utility company will be lowering the incentive levels for the remaining steps of the program. The residential solar PV incentive for Step 8 will drop from $0.75 per watt to $0.40 per watt, Step 9 will drop from $0.65 to $0.30 and Step 10 will drop from $0.60 to $0.25.

The incentive program was originally launched as a way to encourage LADWP customers to go solar by rewarding them with a rebate that lowered the initial cost of a solar electric system. Incentive levels were designed to be paid in steps, meaning that as more people install solar systems, the amount of available rebate funding would decrease. At the moment, the program is currently in Step 8 of 10.

Once enough solar panels have been installed and the capacity of the program is reached, it will close and LADWP customers won’t be able to receive any rebates for their solar installations. Estimates by the utility company project that the program will last through 2016. However, many solar experts speculate that it may end earlier, possibly in late 2014 or early 2015 since there is usually an explosive increase in solar installations towards the end of a rebate program.

Many other rebate programs have already closed in other parts of California. The residential solar incentive programs for SDG&E and PG&E have both ended while SCE’s residential solar rebate program is currently in its last step.

If you have been on the fence about going solar and live within LADWP’s territory, there is no better time than the present to go solar while you can still take advantage of the rebate program and get money back on your initial solar investment. Contact AMECO Solar by calling (562) 633-4400 or emailing gosolar@th2.e81.myftpupload.com and we can assist you in going solar.

Location: Van Nuys, CA
Solar System Type: Solar Electric (PV)
Solar System Details: 14 PV Panels with a Central “String” Inverter

Electric Bill Before: $200
Electric Bill After: $9
Reduced by 96%!

Originally from Malta, Pat has spent much of her life traveling around the globe. After seeing so many natural wonders up close, she decided to lead a green life as a way to preserve the world’s treasures. Whether driving her Prius hybrid car, following a mainly vegetarian diet or tending to her organic garden, she always aims to be environmentally conscious.

When her daughter installed solar panels on her garage in Arizona and was extremely pleased with the results, Pat was convinced that it was time to install a solar system on her home. “Just the idea of the sun going to waste when it could be doing all these good things made me want to go solar,” she said.

Of course, the fact that she could save money by using solar energy was an added benefit. The hot weather in Van Nuys often required her to use the air conditioner driving up her electricity bills to $200 a month.

Technicians for Sustainability, the Tucson-based renewable energy company that installed her daughter’s solar system, recommended Pat get in touch with AMECO for her solar installation in California. She explained, “They told me AMECO is a reliable and long-standing company, so I called you right away.”

During the site evaluation, AMECO Solar Consultant Todd Fanady discussed her solar options and explained the different steps of the installation process. After their conversation, Pat decided to install 14 PV panels on her roof. Shortly thereafter, the AMECO crew arrived and took only a day and a half to install the solar electric system.

Since her solar system has been turned on, Pat has received two bills with zero electricity charges. She enjoys checking the solar monitor to see how many pounds of carbon dioxide she has saved so far. In just a few months, she has already saved 2,800 pounds!

Happy that she’s reducing her carbon footprint with solar energy, Pat tells everyone about her great experience with AMECO. Her friends in Northridge already took her advice and are now using an AMECO solar system to power their home as well. She’s hoping more people will follow suit soon.

In recent years, many solar companies have shifted their focus to leasing solar photovoltaic systems and it has become increasingly popular for consumers. In fact, more than half of all new residential solar installations were financed and owned by a third party in 2012, and many industry experts expect this number to increase in 2013. As a result of its popularity, marketers are spending their budgets promoting solar leases and the market has been flooded with “Zero Down” advertising and sometimes confusing claims.

Once someone has made the decision to investigate solar, they come to us with many questions, and are especially interested in understanding about solar leasing. They want to understand how leasing works and figure out if it makes sense for them. Since so many people have been confused by the mixed messages in the media, we decided to discuss the pros and cons of leasing a system in hopes that the choice to lease or buy will become more clear.

First, let’s go over the basics of a solar lease. A solar lease allows you to rent a solar system from a leasor by paying monthly payments for a certain amount of time. Typically, most lease agreements are for terms of 20 years. Once the lease term is up, one may have the option of renewing the lease, removing the system or purchasing it at fair market value.

The biggest incentive for leasing is that your monthly payment may be less than the amount you previously paid to the utility company, resulting in immediate savings the moment your system is turned on. Additionally, you will continue to realize savings throughout the entire lease term as electricity rates continue to rise and your home benefits from solar energy instead.

Another pro is that the lease provider will take care of the maintenance for twenty years because they are the owner of the solar system. On the other hand, since you are not the owner, you will not receive any rebates, incentives and RECs (renewable energy certificates) associated with your solar system. Instead, they will go to the lease provider.

At the end of a twenty year lease, the final cost of the system for the user is about 2-3 times more than the cost it would require to install and maintain your own solar panels. This is what makes the leasing process so lucrative for providers and explains why so many companies are happy to finance your solar with a lease product.

That said, leasing companies guarantee the solar panel performance for the entire lease term, so you can rest assured that you will be powering your home with solar energy for the next 20 years with no maintenance or repair costs. Also, they usually keep track of production by installing an online monitoring system. If you are a tech geek, you will enjoy checking in online to see how much energy the solar panels produce.

One of the biggest disadvantages of leasing a solar system is that it will complicate and perhaps halt the future sale of your home. If you resell your home before the lease term is over, you must either convince the soon-to-be owner to take over the solar lease (and hope that they will qualify the credit review) or pay off the lease yourself before selling (and hope that there is no penalty for pre-payment).

In summary, leasing is a good way to go solar if improving your immediate cash flow is your goal or simply going green is paramount. If you want a better investment value, then purchasing the system will provide the best results, especially if cash flow is not the primary objective. We offer all types of financing (including leasing) and we’re more than happy to explain and discuss the details of financing options.

Patrick Redgate, AMECO’s CEO and President, was recently interviewed by Solar Industry Mag. In the article, Nora Caley discusses a report released by Lux Research that goes over the solar panel oversupply issues in China and the current health of individual solar companies. After reviewing the past year, she turns to solar experts to get their opinion on the future of the industry.

Redgate responded with the following, “What I think is going to happen this year is there is going to be a shakeout . . . we are going to see who comes out the other end, and it will be either manufacturers committed to staying with this business or manufacturers who have technology that is superior.” He also comments on how competition from other energy sources will affect solar and shares his prediction for the continued growth of residential solar installation.

For more, please visit Solar Industry Mag to read “Coming Soon: Solar Profitability.”

Solar System Type: Solar Electric (PV)

Solar System Details: 22 PV Panels with a Central “String” Inverter

Electric Bill After: $1.74

Reduced by 99%!

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With retirement on the horizon, Linda and Dan started to evaluate their monthly budget and figure out ways to reduce costs. After some research, they quickly realized they could save a substantial amount of money by going solar.

Before they installed PV panels on the garage of their Santa Ana home, they were paying about $250 a month for electricity. However, when guests would visit during the summer and they had to run two air conditioners in the house, the bill would creep up to $300 or more. “Our electrical bill was becoming a large expense and Edison was continuing to increase rates,” explained Dan, a chemistry teacher at the local high school, “We wanted to invest in solar energy before our bill got even higher.”

The couple researched many solar installation companies, receiving estimates from a total of four firms. Though they were originally impressed by our reviews on Angie’s List, they eventually signed a contract with AMECO because of the no-pressure sales environment and the knowledgeable staff. “Todd really knew his stuff,” Linda said, “He went above and beyond to answer all of our questions, many of which were too difficult for the other companies to answer.”

After a quick and easy installation by the AMECO crew, Linda was extremely happy with the result. She immediately shared photos with her friends on Facebook, wrote her own glowing review on Angie’s List highlighting our personal customer service and even sent a handwritten note thanking us for the solar system.

While solar is saving the couple money in the short term, they are well aware of the long term financial benefits. Investing in a solar electric system will give them a 20% return-on-investment, significantly more than any other type of investment that they could make at this time.

Now that solar energy is powering their home and the savings is going straight to their bank account, Linda and Dan are prepared for an easygoing and enjoyable retirement. Congrats to another pair of happy AMECO customers!

On Friday, May 17, AMECO employees joined a large group of government officials, local residents and members of the solar community to celebrate the Mendoza family’s solar installation.

The family was the sixth on the street to benefit from California’s Single-family Affordable Solar Homes Program, which aims to provide low income families with solar energy.

“California is number one in its production of solar energy and we’re number one in our commitment to it,” Governor Jerry Brown said during his speech.

Other government officials, including Long Beach Mayor Bob Foster and California Assemblyman Steven Bradford, commemorated GRID Alternatives for arranging the solar installation in North Long Beach. As the manager of the SASH program, the organization has installed almost 8.5 megawatts of renewable energy for over 3,000 families during the past 9 years.

The family watched with pride as a team of trainees from LA Trade Tech worked alongside seasoned solar workers to install the solar panels on their roof.

Thanks to GRID Alternatives and SASH, the new solar system will reduce the family’s monthly electric bill by 90% and allow them to redirect the savings to other expenses. While they are thankful for the financial benefit, they are also excited that the PV panels will reduce their carbon footprint.

Last week we wrote about how to choose a trusted solar contractor by checking professional credentials, customer references and online reviews. This week’s article will go over the importance of hiring a company that focuses on solar installation in addition to seeking out trained solar professionals and quality products.

Every few years, we see an influx of people trying to get into the solar business. For instance, your general contractor might add solar installation to their services or the local roofing company will start selling solar panels. One time a customer even told us that their real estate company was getting into the solar business! Beware of these types of companies; it’s very likely they will not have the proper training and experience. Since solar installation can be quite complicated and there are many different rules and regulations, it is best to find a firm who is solely focused on solar.

We also recommend going with a locally-based company. They are usually familiar with your city’s building codes and inspection procedures, so they will most likely provide you with a higher quality installation and better service in the future.

In nearly 40 years of business, we have seen a lot of solar installation companies come and go. If a company shuts down it can result in a variety of issues; it is possible the terms of your lease might change or you won’t be able to solicit them for any future maintenance. By choosing a company that’s been installing systems for at least 10 years, there is a better chance that they will stay in business for as long as your solar system is producing energy. You can look this up by going on the CSLB website.

Pay attention to any other contractor’s licenses they have opened in the past. Many people will claim that they have been in business for 20 years but it’s possible those years were spent as a roofer, burglar alarm company or other trade, and they just recently started installing solar panels last year.

Of course, it’s important to hire trained solar professionals to work on your solar system. First, if a company has C46 solar contractor’s license, then you know they have gone through special training. Second, make sure that they do not subcontract any part of the job. Ask them once, ask them twice, and get it in writing. You really want experienced, solar installers up on your roof instead of someone who was hired for just a few days of work.

Finally, there are some companies who have one or two pre-packaged solar deals that they offer to everyone. However, since energy usage, roof space and location vary so greatly from project to project, it’s better to choose a solar installer who offers a variety of products from reputable brands (like SunPower, Sharp, and Bosch/Aleo to name a few). Then, the company can tailor the solar system to your needs and, ultimately, provide you with a higher performing array that will better fulfill your expectations.

Deciding to invest in a solar system is a huge decision and long-term investment. Hopefully, this guide will help you avoid a fly-by-night operation and find a trusted solar installation company who will provide a smooth transition to using clean, renewable solar energy to power your home or business.

If you haven’t already, read Part 1 of our “How to Choose A Solar Installer” series. Also, check out Troy Wolverton’s article  at the Mercury News website. He provides some great information about how to shop for a solar system and solar installer.

Once you have decided to go solar, it’s time to choose who will install the solar system. With hundreds of solar installers and contractors in Southern California alone, it can seem pretty overwhelming. By properly researching your solar contractor, you can ensure that you will receive a quality installation and your system will produce the maximum amount of solar energy for the duration of its lifetime. But, where to start?

First things first, research the company’s professional credentials. We suggest finding out the following:

• Are they a member of CALSEIA?
• Are they listed as an eligible vendor at the California Solar Initiative website?
• Are they licensed by the Contractors State License Board?
• Are they a member of the League of California Homeowners?
• Do they have an A+ Rating from the Better Business Bureau?

CALSEIA, or the California Solar Energy Industries Association, is dedicated to spreading solar technology throughout the state. They make sure that their members are avoiding any deceptive acts and are running an ethical business model. Of course, it’s important to check that the company is listed as an eligible vendor on the California Solar Initiative (CSI) website and is also licensed by the Contractors State License Board (CSLB).

We also recommend choosing a solar installer who is a member of the League of California Homeowners. This nonprofit organization does a rigorous background check on their members every year. Among other things, they check to see that the company did not file for bankruptcy and has the proper workers comp and insurance. They also interview three customers a year to make sure that folks are happy with the company’s work.

The Better Business Bureau doles out ratings from A+ to F based on a 16 point system that evaluates everything from the number and degree of any complaints filed to the use of questionable advertising. We would only accept a solar installer with an A+ rating from the BBB.

Second, ask the solar contractor to provide you with customer references from previous installations. Pay attention to the amount of references they give you. For instance, did they provide you with 3 or 30 references? Are the references from recent jobs only or the entire time that they have been in business? We recommend contacting a few of the references to see what they have to say. Ultimately, their feedback might help you make your final decision.

Lastly, research the solar company’s online reviews on websites like Yelp or Angie’s List. Since these sites are unedited, you can get a pretty good feel for the company’s reputation by reading through the commentary. Solar Reviews is also a good website to gauge a solar installation company’s quality of work and service.

Verifying a solar company’s professional credentials and reviewing their customer references and reviews are a few tips that will give you a good start on researching the best solar installer for your project. Be sure to check back in on the blog next week for the second installment on how to choose a solar contractor with even more pointers and advice.

The California Aquatics Therapy & Wellness Center has awarded a solar pool heating project to AMECO, a local company that is considered a pioneer and leader in the solar industry.

Originally organized as the California Communities Pool for the Handicapped in 1956 by civic leader Evelyn DuPont, the nonprofit organization offers accessible and affordable aquatic therapy to nearly 2,000 children and adults each year.

Because therapeutic pools are typically warmer than the average pool, heating the two community pools has become a significant expense for the center, costing upwards of $13,000 a year. The original solar pool heater, installed by AMECO in 1981, was removed in order to replace the roof and make way for more efficient solar panels that will offset the energy needed to heat the pools.

“California Aquatics Therapy & Wellness Center has been a long-standing institution in Long Beach for fifty years now. We’re honored to provide them with clean, renewable energy so that they can lower their utility bill and direct the savings to support their integral community programs,” said Pat Redgate, President & CEO of AMECO.

Community programs include aquatic therapy and rehabilitation sessions offered to children and adults with disabilities such as cerebral palsy, autism and muscular dystrophy. Many of the pool’s members spend all day in their wheel chairs explained Kit Gabel, the Aquatic Director who has worked at the center for five years. “This is the only time that they can feel free,” he said.

The center also provides programs including ‘Moovin and Groovin’ for children from low-income families and aquatic exercise classes for the elderly.

Funding for the project is provided by the Port of Long Beach as a grant to reduce greenhouse gasses. In addition to the solar system installation, the grant will provide funds to educate local community members about solar energy.

Solar System Type: Solar Electric (PV)

Solar System Details: 20 PV Panels with Micro-Inverters and Monitoring System

Electric Bill After: $22

Reduced by 90%!

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Ever since the neighbor across the street installed a solar system six years ago, Rita and Nick had been toying with the idea of going solar. With Rita working from home and two teenage girls constantly watching TV and using blow dryers, their electricity bill was already on the high side. But it wasn’t until 2012 when Edison hiked electricity rates and they saw their bill increase significantly that the family became more serious about investing in a solar system.

Another selling point was that AMECO offers a technologically advanced solar panel with a micro-inverter attached to the back, often referred to as an AC panel. This set-up allows the DC power generated from the sun to be immediately converted into AC power that can be used in the home. Since each panel works independently, it allows the configuration to produce the maximum amount of energy. Also, you can easily enable a monitoring system and access it online as Rita and Nick have done.

Rita reported that the installation process went smoothly, “I was at home the two and a half days that it took for the installers to complete the project. They were so polite and pleasant, and always made sure that our dogs were safe when coming in and out of the house.”

All in all, Rita and Nick are very happy with their AMECO-installed solar electric system. A few neighbors and friends have already come by asking about it and they are eager to share how they’ve reduced their electric bill to practically nothing. “I wish we could say that we went solar to be green and save the environment,” they said, “But we really did it for the other green . . . to save money!”

As the sun rose over El Dorado Park this past Saturday, large groups of middle school and high school students gathered for the Fourth Annual Solar Grand Prix. The event, hosted by Councilwoman Gerrie Schipske and partly sponsored by AMECO, focuses on solar energy education by challenging students to work together to a design, build and race a model car that’s powered by a solar panel.

While checking in teams from 22 different schools in Long Beach, AMECO was able to evaluate each solar-powered model car.

Many teams tried to utilize lightweight materials in hopes that it would increase the speed of their car. One team made a long, sleek frame out of balsa wood while another group used the Styrofoam shell from the packaging of a younger brother’s toy as the body of the car.

Others team got into the technical aspect of the design by trying out new gears, tinkering with the motor or adding traction to their recycled wheels. One team of young women had taken apart an old sewing machine and used some of the parts for the engine — whenever the car ran it sounded like a sewing machine!

We were impressed by the ingenuity and creativity that the students put into their designs. Some of our favorite creative solar cars included a design that looked like the Endeavor space shuttle. Another was doused in glitter to try to increase the amount of sunlight going to the solar panel, also because the team was made up of 12 years old girls.

After every solar-powered model car was registered and reviewed in detail by the judges, the races were set to begin. The appointed rep from each team prepared their solar car at one end of the track, being sure to cover the solar panel with a piece of cardboard. Once the race flag was lowered, off came the cardboard and the sun gave energy to the solar model cars so that they moved down the wooden race track while everyone cheered. Some cars went extremely fast and completed the race in seconds while other cars went at a steady speed.  Unfortunately, a few teams experienced technical malfunctions and had to rescue their cars from the middle of the track.

While only a few teams received trophies for being the fastest or having the most innovative design, it was a winning day for all of the Long Beach students and families involved in the Solar Grand Prix. The students enjoyed the process of planning, designing and building their solar models cars as much as the thrill of the competition. All the while, everyone learned about solar power and how it’s clean, renewable energy benefits our community and environment.

If your home has a solar energy system, how does this translate into value for a potential buyer when the house is “For Sale”?

Today, whenever you purchase a product that uses energy, information provided by Energy Star Label is available to make comparisons. However, there is no standardized approach to assess these features for the many houses that were built before Energy Efficiency methods became widely adopted. Since there is no accepted metric used by appraisers and the real estate industry as whole to gauge the dollar value of energy saving or producing features of older homes, it is important for the prospective buyer or seller to look for an appraiser that uses the Green Addendum and for sellers to insist that solar and other green features be highlighted in their listing.

In the past, the American Appraisal Institute estimated that any feature that saved a dollar a year in operating costs would add twenty times that amount to the home’s value, because such savings would potentially increase the loan amount available to any buyer. This is an example of reverse engineering that could be considered optimistic, or even fanciful.

Since then, thousands of homeowners have installed solar photovoltaic (PV) systems and enough data now exists so that Lawrence Berkeley National Laboratory was able to conduct a comprehensive survey and establish a value for homes that produce their own energy through solar panels. Their research analyzed data from the sale of 72,000 homes in California, 2000 of which had a solar electric system. The study indicates that the average solar system added between $3.90 to $6.40 per watt, or approximately $17,000 in value for a house with a 3.1 kilowatt solar system. This would mean that in most cases today, the entire pre-incentive cost of a grid-tied solar PV system will be recaptured once the home is sold.

Many other studies have been published that speak to the importance of solar energy and other energy saving products when selling a home. The National Association of Home Builders reported that home buyers would be willing to pay an extra $7,095 for a home that saved $1,000 in utility costs. Another survey by the National Association of Realtors indicates that 87% of today’s buyers rate energy features as important.

In yet another study, the University of North Carolina has discovered that there is connection between homeowners who install green features and mortgage default rates. The researchers also determined that homes with savings of 15% or higher on utility bills are 32% less likely to default on home loans. This may be connected with the fact that houses with solar panels or other green features are cheaper to live in, and therefore mortgages are easier to pay.

There are so many reasons to go solar, not the least of which is the fact that it’s a home improvement that will not only pay for itself, but will recuperate any funds initially invested in the solar system with value added to the home at the time of sale.

Join us for our Solar 101 Community Workshop on Wednesday, May 1 from 6:30 to 7:30 pm in Long Beach.

Organized by AMECO, the workshop will teach you how to use the sun’s power to benefit your home or business.  Our team of experts will go over the basics of solar energy in addition to other topics including: how much money you can save with solar, how to finance a solar installation and how to choose the best solar system and solar installer.  Attendees will be given the chance to ask questions at the end of the workshop.

Patrick Redgate, our President & CEO commented, “After thirty nine years in the solar business, we have accumulated a lot of knowledge about solar. We want to pass this information on to the community and hope that our session will inspire more people to consider solar, making their homes and business more sustainable.”

There are a limited amount of spaces available so register today to lock in your spot at the Solar 101 Community Workshop.  Fill out a brief form on our Solar 101 Registration page or call us at (562) 633-4400. We hope to see you there!

Solar photovoltaic panels generate DC (Direct Current) electricity. However, almost every household and business in Southern California uses AC (Alternating Current) electricity. A solar inverter changes DC power to AC power so it can provide electricity that is suitable for use in your home or business. Also, this conversion allows you to “backfeed” electricity to the utility grid to which the inverter is connected so that you can sell electricity back to the utility company (a process that is known as net metering).

There are two types inverters used in solar installations today: 1) a central “string” inverter or 2) multiple small “micro” inverters. Micro-inverters are relative newcomers to the marketplace and despite their higher cost (as much as 30% more than a central inverter) their popularity has been growing rapidly in Southern California. In 2008 there were only 18 residential solar systems that possessed micro-inverter technology, but by the end of 2012 that number had increased to 12,000.¹

A typical central inverter is located at ground level, usually near the Main Electrical Service Panel. It combines all of the power from multiple solar panels in this one central location. As a result, voltages can be quite high in the central inverter, sometimes as much as 600 volts DC. Micro-inverters are connected to each solar panel in the system and immediately convert DC power to AC current, usually at 240 volts. Although both voltages can be dangerous, there is an improved safety factor when using micro-inverters that have lower voltages.

Other perceived advantages of micro-inverters:

• Since each solar panel has its own inverter, a failure would mean that only one panel is not working;
• One panel’s poor performance would not affect its neighbor’s production, but if there is a shaded panel in a system with a central inverter then it can alter the energy output of other panels;
• Multiple orientations of panels are possible with micro-inverters while a central inverter usually requires its panels to all face in the same direction.

On the other hand, there are disadvantages associated with micro-inverters:

• Because they are rooftop-mounted, there are higher installation costs and higher costs associated with future serviceability;
• A micro-inverter is installed on the roof under the solar panel where high heat could reduce its life, whereas central inverters have a documented history of reliable performance;
• Voltage drops for long runs at 240 volts of AC power in micro-inverters is greater than that with higher voltage DC wiring associated with central inverters.

Although performance and failure rates are more predictable with central inverters at this point in time, the future looks promising for individual or micro-inverters. If reliability and cost trends continue, central “string” inverters may become a feature of the past in the not too distant future.

The fact that micro-inverters allow AC power output of a solar system to be interrupted by a switch located at ground level markedly improves safety for first responders in the event of a fire. In addition, the ability to design a system with minimal regard for solar panel orientation opens up more roof area for module deployment. Lastly, since many micro-inverter manufacturers provide module-level monitoring, a defective unit will be recognized and replaced, hopefully in time to take advantage of its warranty. This may become more crucial in time as smaller foreign manufacturers leave the US market.

All in all, micro-inverter technology is a winner on many levels, but only time will decide which technology crosses the finish line.

¹Data from the CSI for the utilities of SCE, PG&E and SDG&E.

As the local solar expert of Los Angeles and Orange County, we’re constantly reading up on the latest news to keep informed about the solar industry. Every once in a while, we’ll share the most interesting articles that we come across in an effort to help spread some solar knowledge.

• With so much speculation about the future of solar energy, Rosana Francescato tries to set things straight with her article at the PV Solar Report. In particular, she explains why solar makes financial sense and makes a detailed comparison between renewable energy and fossil fuels.

• In Solar Today’s March 2013 Issue, Tracy Dahl writes about his unique solar photovoltaic (PV) system on Greenland’s ice cap. Its tower-like design allows for maximum solar energy production that powers the Summit Station research center.

• Jennifer Runyon reports on the incredible growth of the solar industry in 2012 on Renewable Energy World. Of course, California comes out on top with the most residential and non-residential solar systems installed last year.

• Did you know that Pope Benedict XVI is often called the “green pope” and installed solar panels on the roof of the Vatican? In Kate Galbraith’s article in the NY Times, she explores the Pope’s influence on churches across the nation and why they are considering solar energy.

• It warms our hearts to see nonprofit organization We Care Solar using solar energy to save lives in Nigeria. Read more in Christie O’Reilly’s article, ‘Solar suitcase’ saving moms, babies during childbirth.