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Residential Solar

Residential Solar Power Systems are cost effective and offer a good return on investment. Solar Power for a residential home creates an environment of clean and sustainable energy. These systems can be connected to the grid to possibly sell electricity back to the power company.

Residential Solar panels work off of photovoltaic principles inherent in most semiconductors. In photovoltaic energy transfer, sunlight strikes the surface of a crystallized semiconductor. The one used in commercially sold panels is silicon. When the light strikes the crystal, it causes the crystal to emit an electric current. The crystals are backed by wiring to channel the current, and a series of panels can be set up as an array to further boost the amount of current they produce.

There are several varieties of panels available on the market. The most common is a third generation silicon crystal panel. These panels are efficient enough to pay for their purchase price in 3 to 5 years of power production. This means you are essentially getting 20 to 30 years of free power in the engineered lifetime of a solar panel. A newly emerging technology is the thin film solar array. This new technology allows solar panels to be made utilizing much less material than is needed for traditional methods. While they are less efficient currently than the more established crystal arrays, they also don't need to produce nearly as much power to meet their production costs.

Regardless of what type of panel you decide to go with, odds are you will want to hook your solar array into the existing power grid. This is because recent legislation has mandated that in many areas, the power company must buy excess power that you generate. Commonly known as net-metering, it means that you could potentially be receiving a check from the power company, rather than writing one.

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255W solar panel Astronergy CHSM6610PR-255 poly Solar Panels 250 watt Conergy PH-250P 250W PV module Trina TSM-250PA05-08 poly 250W PV module SolarWorld SW250-Poly
255W solar panel Astronergy CHSM6610PR-255 poly
Your Price: $225.00

Solar Panel, 250 watt, Conergy PH-250P
Your Price: $235.00

250W PV module Trina TSM-250PA05-08 polycrystalline
Your Price: $249.00

250W PV module SolarWorld SW250-Poly
Your Price: $250.00

250W module Sharp ND-250QCS poly 265W PV module SolarWorld SW265-Mono 285W solar panel LG285N1C-G3 MonoX Neon BenQ Solar Panel, 240 watt, PM240MA0, integrated AC micro-inverter
250W module Sharp ND-250QCS poly
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265W PV module SolarWorld SW265 Mono
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285W solar panel LG285N1C-G3 Mono X Neon
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240W BenQ Solar Panel PM240MA0 microinverter
Your Price: $435.00

solar system design 420W solar panel Heliene 96M420 mono
Solar System Design
Custom Prepared in 1 to 3 Weeks
Your Price: $449.00

420W solar panel Heliene 96M420 monocrystalline
Your Price: $465.00

Residential Solar Kits

These PV systems have everything you need to create the perfect energy-efficient renewable powered home. You'll find that panels and components are easy to install. Residential solar kits save energy and lower your costs on heating and cooling. The solar panels will ensure power is continually available in your home and last a long time, 25 years or more.

Solar Manufacturing Technology

In crystalline silicon solar cells, the orderly arrangement of atoms results in the efficient conversion of sunlight to electricity. A typical crystalline silicon solar panel consists of a transparent glass surface, an ethyl vinyl acetate (EVA) encapsulant, a Tedlar rear layer and an aluminum outer frame.

Because it uses less semiconductor material thin-film deposition is easier and less expensive than crystalline silicon-ingot growth techniques because it uses less semiconductor material. The three principal thin-film technologies are amorphous silicon (a-Si), cadmium telluride (CdTe) and copper indium gallium diselenide (CIGS). These processes produce high-efficiency modules that can be built directly into roofing shingles for aesthetic architectural considerations.

Effective string-ribbon manufacturing combines conventional crystalline silicon and emerging thin film technology. The high-temperature, molten process contributes to a double yield over conventional solar panel construction per pound of silicon for high material efficiency.

Photovoltaic (PV) systems

When oriented toward the sun, an inverter to convert panel-generated direct current (DC) into appliance-friendly alternating current (AC), battery storage to compensate for unfavorable weather conditions, and a charge controller to regulate battery operation.

Grid-tie Solar Systems are interconnected to the utility network. Wired with a synchronizing inverter, grid-tie systems feed surplus electricity back into the local utility. The utility acts as an infinite storage system, eliminating the need for batteries. Grid-tie systems are aligned with many government-sponsored incentives.

Off-grid systems are stand-alone systems designed for RV, cabin, remote, backup and portable power applications. Because they do not rely on the electrical grid, off-grid systems require batteries to offset lesser power production due to prolonged periods of inclement weather.

Hybrid off-grid systems use a gasoline, propane or diesel generator to compensate for solar power production that is insufficient for energy demands. Then add solar panels as the budget allows, reducing generator run time.

Even with the significant initial cost of solar power systems, the renewable nature of PV technology, low system maintenance, and numerous tax incentives make solar panel systems an attractive investment for powering homes and businesses.

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