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HOW DOES IT WORKABOUT SOLAR ELECTRIC

You’ve no doubt heard of solar power, but have you honestly thought about what it can do for you? Imagine having the ability to power your home with little more than a solar collector and, of course, the sun. Solar electric has come a long way since it was first introduced to the public, and with lots of the different types of collectors and inverters, you not only have a fantastic way to cut utility costs, but you’re also helping make a difference in our environment.

So, how does it work? Well, on a very basic level, the collector is installed on a roof or a sunny area. Throughout the day, the cells in this collector’s film lining are charged by the sun’s rays and then sent down to the inverter, which turns it into the same electricity you normal use around the house.

IMPORTANT LINKSSOLAR ELECTRIC

Solar Energy Solutions of America is a leading provider of solar electric services in SW Florida. We perform installation and maintenance and offer a wide variety of options to help residents and businesses make the transformation to solar power.

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Solar Electric Installation

Advances in solar mounting equipment enable installers to work with most roofing materials. The vast majority of roofs in SW Florida are asphalt shingles and tiles, both of which are ideal surfaces for installation.

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Solar Electric FAQs

Can the sun provide enough power to keep your lights on and your appliances running? It will depend on several factors, including the size of your home, your energy demands, the number…

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Solar Electric Work Process

Solar electric has come a long way since it was first introduced to the public, and with lots of the different types of collectors and inverters you not only have a fantastic way to cut utility costs, but you’re also helping..

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SOLAR ELECTRIC PANELSHOW SOLAR ELECTRIC PANELS CREATE ELECTRICITY

Solar electric panels are placed on the roofs of buildings and angled to best capture the most direct sunshine. The panels contain silicon, a semiconductive material, and are encased in metal and glass. Upon exposure to the sun’s rays, photovoltaic cells initiate a flow of electricity inside the panel. Groups of panels are connected by wires that direct the flow into an inverter system which converts the direct current (DC) into alternating current (AC) and can be tied into the utility grid. Alternatively, AC electrical flow can be fed into the electrical panel whereby it is available for use inside the build

Reduced Utility Costs. Residential solar systems can significantly reduce utility bills, particularly in sunny Florida. In fact, it is common for homeowners to see electricity savings in excess of $1,000 per year. Net metering enables the utility company to measure the amount of electricity that your solar system is returning to the electrical grid. During seasons of strongest sunshine, systems tied into the electrical grid can actually earn credits with the local utility company which will be used to offset bills later in the year.

Insurance against rising energy costs. Energy prices have increased steadily over the years. Obviously, producing one’s own energy is a savings in and of itself. Additionally, the credits a homeowner earns through net metering will increase proportionally to the rise in the cost of electricity.

Going solar is less expensive now. The cost of a solar electric panel installation has dropped by over 70 percent over the past ten years, making this more accessible to homeowners. Additionally, governmental incentives reduce the cost even further. For example, installations of solar systems during this year are eligible for a federal tax credit of up to 26 percent of the cost of your system. Numerous local solar incentives abound as well.

A solid long-term investment. The reduction of a homeowner’s electricity bill, credits earned from net metering and governmental incentives in the form of tax credits all go back toward the cost of installing a solar electrical system. The return on investment is now between five and ten years depending on the availability of incentives. Once your system is paid, the solar system will generate free electricity for many years.

Solar products are known for longevity. The quality and durability of solar products have improved dramatically over the years. Solar panels rarely fail because they contain no moving parts and aside from the wiring, there are no electrical components that wear out. The photovoltaic cells just absorb sunlight, converting it into electrical current. Advances in technology have enabled designers to overcome the elements. Electric solar systems now outlive most roofs and many manufacturers are confidently offering 25-year product warranties.

Enhancement to property value. Realtors confirm that solar-equipped homes hold higher property values and sell faster than homes without. Appraisers now include solar installations into their valuations of homes and many buyers jump at the prospect of inheriting the benefits of a solar home.

Environmental impact. Solar electric panels have gained popularity because they can help power a home while leaving zero carbon footprint. The sun is a powerful constant source of energy and can play a huge role in our country’s efforts to achieve energy independence.

Provide a boost to our local economy. The solar energy industry is growing steadily and is expected to expand much further. The jobs in this field cannot be outsourced and they pay very well. Solar Energy Solutions of America is located here in the Cape and contributes to our local economy.Reduced Utility Costs. Residential solar systems can significantly reduce utility bills, particularly in sunny Florida. In fact, it is common for homeowners to see electricity savings in excess of $1,000 per year. Net metering enables the utility company to measure the amount of electricity that your solar system is returning to the electrical grid. During seasons of strongest sunshine, systems tied into the electrical grid can actually earn credits with the local utility company which will be used to offset bills later in the year.

Insurance against rising energy costs. Energy prices have increased steadily over the years. Obviously, producing one’s own energy is a savings in and of itself. Additionally, the credits a homeowner earns through net metering will increase proportionally to the rise in the cost of electricity.

Going solar is less expensive now. The cost of a solar electric panel installation has dropped by over 70 percent over the past ten years, making this more accessible to homeowners. Additionally, governmental incentives reduce the cost even further. For example, installations of solar systems during this year are eligible for a federal tax credit of up to 26 percent of the cost of your system. Numerous local solar incentives abound as well.

A solid long-term investment. The reduction of a homeowner’s electricity bill, credits earned from net metering and governmental incentives in the form of tax credits all go back toward the cost of installing a solar electrical system. The return on investment is now between five and ten years depending on the availability of incentives. Once your system is paid, the solar system will generate free electricity for many years.

Solar products are known for longevity. The quality and durability of solar products have improved dramatically over the years. Solar panels rarely fail because they contain no moving parts and aside from the wiring, there are no electrical components that wear out. The photovoltaic cells just absorb sunlight, converting it into electrical current. Advances in technology have enabled designers to overcome the elements. Electric solar systems now outlive most roofs and many manufacturers are confidently offering 25-year product warranties.

Enhancement to property value. Realtors confirm that solar-equipped homes hold higher property values and sell faster than homes without. Appraisers now include solar installations into their valuations of homes and many buyers jump at the prospect of inheriting the benefits of a solar home.

Environmental impact. Solar electric panels have gained popularity because they can help power a home while leaving zero carbon footprint. The sun is a powerful constant source of energy and can play a huge role in our country’s efforts to achieve energy independence.

Provide a boost to our local economy. The solar energy industry is growing steadily and is expected to expand much further. The jobs in this field cannot be outsourced and they pay very well. Solar Energy Solutions of America is located here in the Cape and contributes to our local economy.

TILE ROOFS

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SHINGLE ROOFS

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METAL ROOFS

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SOLAR ELECTRIC PANEL SYSTEMIS MY HOME ADEQUATE FOR THE INSTALLATION OF A SOLAR ELECTRIC SYSTEM?

Some homes are more ideal than others for the installation of a solar electric panel system. There are a number of questions homeowners may consider when determining the feasibility of moving forward:

Does your roof receive ample sunshine? In the vast majority of cases here in SW Florida, roofs are mostly unblocked by palms and other trees. In any case, your roof does not require perfect sun exposure to provide ample benefits. Solar panel installation can also be performed on ground mounts, carports, and even porches and fences.

Advances in solar mounting equipment enable installers to work with most roofing materials. The vast majority of roofs in SW Florida are asphalt shingles and tiles, both of which are ideal surfaces for installation.

Solar panels are rectangular, generally 65 by 39 inches in size. A majority of residential installations use ten or more panels, so adequate roof space is required. Unfortunately, some roofs have unique and complex designs with chimneys, vents, and dormers that make installation more challenging.

A roof that has at least 175 square feet tilted toward southern exposure at 30 to 45 degrees will allow for optimal performance. Flat roofs or those with less than ideal tilt or facing a different direction may generate slightly less electricity, but that shouldn’t detract from a very prudent investment.

The total value of a solar electric panel installation is dependent on the amount of expected electrical output against the cost of the investment. For the vast majority of cases here in Florida, the return on investment is achieved in five to eight years and the system has a life expectancy in excess of 30 years.

Give Solar Energy Solutions of America a call and let us make your solar ambitions a reality.