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Solar Generated Electricity
Electricity can be generated from the sun in several ways. Photovoltaics (PV)
has been mainly developed for small and medium-sized applications, from the
calculator powered by a single solar cell to the PV power plant. For large-scale
generation, concentrating solar thermal power plants have been more common but
new multi-megawatt PV plants have been built recently.
A solar cell or photovoltaic cell is a device that converts light into
electricity using the photoelectric effect. The first working solar cells were
constructed by Charles Fritts in 1883. These prototype cells were made of
selenium and achieved efficiencies around one percent. Following the fundamental
work of Russell Ohl in the 1940s, researchers Gerald Pearson, Calvin Fuller and
Daryl Chapin created the silicon solar cell in 1954. Photovoltaic growth rates
jumped in 1997 and have since averaged 35%. Worldwide PV Community Plans now total
approximately 10.5 GW as of year-end 2007. With many jurisdictions now giving
tax and rebate incentives, PV Community Plans can pay for themselves in five to
ten years in many places. "Grid-connected" systems - those systems that use an
inverter to connect to the utility grid instead of relying on batteries - now
make up the largest part of the market. While the deployment of PV power depends
largely upon local conditions and requirements, most countries are taking an
interest in developing PV as one of their options for renewable energy supply.
Solar Power
Solar energy technologies utilize heat and light from the sun for practical
ends. Technologies that utilize secondary solar resources such as biomass, wind,
waves, and ocean thermal gradients are sometime included in a broader
description of solar energy but only primary resource applications are discussed
here. These applications span through the residential, commercial, industrial,
agricultural and transportation sectors where solar energy is used to make clean
water, produce food, heat and light buildings and generate electricity.
- Generate electricity using photovoltaic solar cells.
- Generate electricity using concentrated solar power.
- Heat buildings, directly, through passive solar building
design.
- Heat foodstuffs, through solar ovens.
- Heat water or air for domestic hot water and space heating
needs using solarthermal
panels.
- Heat and cool air through use of solar chimneys.
- Solar air conditioning.
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Products we offer
ENERGYCHEK™ provides its clients with products and services from only the
world's best manufacturers of high quality, high output, and custom certified PV
solar panels, from a 3 watt to a 300+ watts, using different cell technologies,
Q-cells, (Grade "A" Mono, Grade "A" Poly, CIGs, ATFs) with different voltages
for the global market.
| Photovoltaic Panels |
Photovoltaic Inverters |
| BP |
Exeltech |
| BSP |
Fronius |
| Conergy |
nvertek |
| Evergreen |
Magnum Energy |
| GE |
Outback Power |
| Kyocera |
Prosine |
| Mitsubishi |
Samlex |
| Powerup |
SMA |
| Sanyo |
Xantrex |
| SHARP |
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| Shell |
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| SolarWorld |
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| SunTech |
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| SunWize |
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| Unisolar |
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Solar tax credits
You may qualify for tax credits or rebates for purchasing and installing solar
panels. Visit the Database
of State Incentives for Renewables & Efficiency to see your area’s
programs.
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