Solar energy technologies have great potential to benefit our nation. They can diversify our energy supply, reduce our dependence on imported fuels, improve the quality of the air we breathe, offset greenhouse gas emissions, and stimulate our economy by creating jobs in the manufacturing and installation of solar energy systems.

In 2006, the US Solar Energy Industry saw record growth due to increased customer and utility demand – a result of rising energy prices as well as the expansion of federal and state support for solar deployment.  The 2005 EPAct took effect in January of 2006 providing significant tax credits for solar installations. 

Today's most advanced Solar Photovoltaic systems can convert up to a third of the power of the sunlight they receive. More typical home solar systems can convert around 15% of the energy they receive into electricity. Here in Connecticut, where solar energy is affected by latitude and cloud cover a 6-kilowatt, ideally-designed home solar system can be expected to generate approximately 5,200 kilowatt hours per year, almost three-quarters of the average Connecticut household consumption of 8,400 kilowatt hours per year. Per year, this system will eliminate the production of 4,187 lbs of CO2 (carbon dioxide), 4.7 lbs of NOX (nitrogen oxide), 13.5 lbs of SO4 (aluminum sulfate), - this is equivalent to planting 1 acre of trees!

Mention solar energy and many people cringe at the thought of the aesthetics. But solar design has come a long way. Solar technology is constantly advancing and creating new ways to capture this renewable energy. The truth is solar energy is a consideration for every home no matter where you live. The question is really what kind of solar is right for you?