What are the financial benefits of solar energy?

Going solar means that you’ll save money on your monthly electricity bills, and protect yourself from any rate increase in future. Any solar power you produce is the power that you don’t have to purchase from the utility. How much you can save will depend on your utility provider and rates in your area, but going solar is a great investment for the future, no matter where you live.

How do I find out how much I pay for electricity?

The easiest way to find out how much you pay for electricity and how much electricity you use is to view your electricity bills from your utility provider. Typically, this information can be found on your utility provider's website, through your customer account.

What incentives are available to me?

California residents are eligible for federal tax incentives for the purchase and of eligible solar storage systems. The solar Investment Tax Credit (ITC) is available through December 31, 2020, and allows you to deduct 26% of the cost of your solar energy system from your taxes. We’d recommend that you install your systems during the low season in order to skip the rush during fall. Additionally, if you reside in a tier 2 or tier 3 area and have experienced two PG&E shutdowns, your home may qualify for a rebate on solar storage through the Self-Generation Incentive Program. Find out if you’re on the fire map here.

How will going solar impact my property value?

Solar is one of the few home improvement projects that increases your home’s value compared to a kitchen upgrade. According to Forbes, homeowners typically recover approximately 97% of their investment costs, in addition to the savings associated with reduced energy bills.

What are the environmental benefits of solar energy?

While many people choose to go solar for financial reasons, solar power also has many environmental benefits. The renewable free source of energy is sustainable and inexhaustible, unlike fossil fuels that are finite. It is also a non-polluting source of energy and it does not emit any greenhouse gases when producing electricity. Fossil fuels—coal, oil, and natural gas—do substantially more harm than renewable energy sources such as solar, including air and water pollution, damage to public health, wildlife and habitat loss, water use, land use, and global warming emissions.

How do solar systems work?

Solar panels are made up of photovoltaic (PV) cells made of silicon that convert sunlight to electricity, which have been wired together to form a solar panel. Generally at three feet by five feet, the panels are coated in tempered glass, which allows them to endure most weather conditions. The electricity produced by a single solar panel is not enough to power a home or business, so multiple solar panels are needed. The number of panels can vary by installation, depending on the roof type and shade factors. Every solar system (also called an “array”) will include a series of panels mounted and wired together, which can be installed on a roof (“rooftop solar”) or on the ground-level (“ground-mounted solar”). The electricity generated by solar panels takes the form of direct current (DC). However, most appliances and electricity-consuming objects (called “electric load”) require alternating current (AC). To convert the solar electricity from DC to AC, an inverter is needed. You will need to choose between two types of inverters: a central inverter and microinverters. While both perform the task of converting electricity from DC to AC, they differ in critical ways. Solar homeowners with their inverter A central inverter receives the electrical output of your solar system and converts it from DC to AC at a single, central location. A single central inverter is required for a solar system. It is often mounted on the side of your home or building next to your electric meter. Central inverters are affordable, but they are susceptible to variations in panel performance. If one panel is shaded and produces less electricity than the others, the total electrical output will drop. If shading is of concern, microinverters can help maximize production. Unlike central inverters, microinverters individually mount to the backside of each individual solar panel. They capture the electricity that flows off of each panel, converting it immediately from DC to AC. With microinverters, if one panel is shaded, it will not affect the output of the whole array. By design, microinverters help maximize the conversion of electricity and are useful in situations with variable shading. What’s more, because they allow each panel to operate independently of one another, microinverters make it easy to add more panels to a solar array in the future.Once electricity is produced by the solar panels and converted from DC to AC by the inverter(s), it will flow through your electric meter and into your home or building. It will be used on site the moment it is created. Any excess will flow back out through your electric meter and onto the local grid.

How long do solar panels last?

Solar panels will produce electricity up to 25 years or more! It’s a smart investment all around.

How do I get credit or receive compensation for my solar electricity production?

We don’t mess around when it comes to your power. We carefully review each of our systems for design integrity and then put our money on it. If our system shortfalls in production we pay you the difference. Through our power guarantee, PoWr Guard for all Westhaven VIP customers after 2017, you receive a monthly overview of your home energy production so you always know where your total production stands and we proactively monitor and service the system as required.

Will my system need maintenance?

Solar is a low maintenance technology and generally lasts its lifetime. But like all electro-mechanical systems it should be serviced and maintained routinely. Solar panels should be washed at least two times per year in the spring and summer. If they are in particularly dusty places then they may need to be washed more. The rain naturally cleans them too, which is a convenience for many of our customers. Even though solar is low maintenance, we recommend an annual inspection post installation to ensure your system is operating optimally. The service fee is a separate cost, but will ensure that all equipment is in working order, check for wire damage from critters, and make sure your system is performing properly. To learn more about this service, contact our Support Team.

What kind of roof can solar be installed on?

Solar panels can be installed on a variety of roof materials and almost any kind of structure, whether it is flat or pitched. Panels are attached to your roof with a racking system. Therefore, the best racking system for your home depends on your roof structure and what type of roofing material you have. As a best practice, we recommend the racking system that is most efficient for your property.

What if my roof isn’t good for solar?

On rare occasions, your roof may not be suitable for solar due to obstructions on the roof such as peaks, chimneys, and HVAC vents. In order to maintain the roof’s integrity, shading, orientation, or other structural factors, we may install a ground-mounted system, designed by your energy specialist. For a ground-mounted system, we’ll need access to a clearing that has adequate sun exposure and little shade. Most ground-mounted systems are composed of aluminum and stainless steel racking and are mounted on concrete footings in the ground.

What happens when the power goes out?

Most solar systems are grid-tied, which are connected to the local power grid. This means that homeowners are able to use their solar electricity when there is sunshine, and seamlessly switch to utility electricity on cloudy days or at night. For grid-tied solar systems, it’s important to understand how a power outage will affect your solar panels and your home. When the grid goes down, your solar panels will stop producing electricity as a safety measure, designed to prevent your panels from feeding electricity into the grid and injuring the utility workers who might be servicing the wires. Now, you can protect your home from future Public Safety Power Shutdowns (PSPS) when you are powered by our ultra-reliable energy system, Power A.L.I.. It will allow your home to produce electricity and be completely energy independent. To learn more, schedule an obligation-free conversation with our energy pros here.

How do batteries work with solar?

In California, the opportunity to power necessary electricity during grid shutdowns makes battery storage a very attractive investment for many customers. Home and business owners are taking the storage leap in order to access the backup power value batteries can provide them. For more information on how batteries work, speak with our energy pros to learn more .

Is there a rebate for residential battery storage installation?

Yes. If you live in a high fire risk community (and have a low income), you may be eligible for Self-Generation Incentive Program (SGIP) money when you install a battery with solar panel system. This combination must draw at least 75 percent of the charge, have a single-cycle round-trip efficiency of at least 85 percent, and are enrolled in some kind of time-varying rate program. This new SGIP program can cover up to 100 percent of the total cost of a home battery system installation, with a rebate of $1 per watt-hour of battery storage installed. For instance, a Tesla Powerwall battery that holds 13.5 kilowatt hours (kWh) could be eligible for a rebate of $13,500 or the amount equal to the system cost. In order to qualify for the new equity resiliency incentive, you must be a homeowner in a Tier 2 or Tier 3 high fire threat area. Type in your address here to see if you qualify, then apply for SGIP (between March and April 2020). The online application can be found here.

How does battery backup work?

Let us start by saying, going solar is a smart decision, period. It doesn’t matter how you go solar, but who you go with. This decision will impact how much you save money. There are two ways to go solar:

• Allow the utility company to be your battery, where you continue to rent your power from. They send your unused energy elsewhere, and return it when you need it for a discounted rate (e.g. at night). This means that the utility takes the power you generate, and sells it back to you, which still significantly saves you money compared to the status quo. However, the caveat is that you are still dependent on the grid and susceptible to high peak energy rates, limiting control over your own power.

What is Rule 21 and how does it impact you?

Rule 21 is an interconnection tariff levied by the California Public Utility Commission that sets rules for performance of power generation. It allows the utility to control your solar inverter and limit your energy production at any given time. This often occurs when the company cannot profit from the surplus you generated and limits their payback/credits back to you, meaning you lose money. So when we install a battery and solar system to your home, the unused energy is transferred back to the battery for storage. You’ll use that energy at night instead of the utility’s - and won’t have to pay for the power you had already generated. This is the closest option to grid independence and to maximize your solar investment. As the grid continues to fail, we believe that every home will soon require a battery installation. Just as every household needs a water, heating and air system, they will need a whole house solar and storage system to meet their family’s energy needs.

What’s an inverter and do I need one?

The short answer is yes. As the most overlooked piece of the battery system, inverters manage when and how your batteries run. All battery storage systems require an inverter and will be programmed to run based on your preferences and needs.

Is there a rebate for residential battery storage installation?

Yes. If you live in a high fire risk community (and have a low income), you may be eligible for Self-Generation Incentive Program (SGIP) money when you install a battery with solar panel system. This combination must draw at least 75 percent of the charge, have a single-cycle round-trip efficiency of at least 85 percent, and are enrolled in some kind of time-varying rate program. This new SGIP program can cover up to 100 percent of the total cost of a home battery system installation, with a rebate of $1 per watt-hour of battery storage installed. For instance, a Tesla Powerwall battery that holds 13.5 kilowatt hours (kWh) could be eligible for a rebate of $13,500 or the amount equal to the system cost. In order to qualify for the new equity resiliency incentive, you must be a homeowner in a Tier 2 or Tier 3 high fire threat area. Type in your address here to see if you qualify, then apply for SGIP (between March and April 2020). The online application can be found here.

How does battery backup work?

Let us start by saying, going solar is a smart decision, period. It doesn’t matter how you go solar, but who you go with. This decision will impact how much you save money. There are two ways to go solar:

• Allow the utility company to be your battery, where you continue to rent your power from. They send your unused energy elsewhere, and return it when you need it for a discounted rate (e.g. at night). This means that the utility takes the power you generate, and sells it back to you, which still significantly saves you money compared to the status quo. However, the caveat is that you are still dependent on the grid and susceptible to high peak energy rates, limiting control over your own power.

What is Rule 21 and how does it impact you?

Rule 21 is an interconnection tariff levied by the California Public Utility Commission that sets rules for performance of power generation. It allows the utility to control your solar inverter and limit your energy production at any given time. This often occurs when the company cannot profit from the surplus you generated and limits their payback/credits back to you, meaning you lose money. So when we install a battery and solar system to your home, the unused energy is transferred back to the battery for storage. You’ll use that energy at night instead of the utility’s - and won’t have to pay for the power you had already generated. This is the closest option to grid independence and to maximize your solar investment. As the grid continues to fail, we believe that every home will soon require a battery installation. Just as every household needs a water, heating and air system, they will need a whole house solar and storage system to meet their family’s energy needs.

What’s an inverter and do I need one?

The short answer is yes. As the most overlooked piece of the battery system, inverters manage when and how your batteries run. All battery storage systems require an inverter and will be programmed to run based on your preferences and needs.