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CT Solar Services in Your Area:
Connecticut Cities
Allingtown, CT
Ansonia, CT
Beacon Falls, CT
Bethany, CT
Bethel, CT
Botsford, CT
Branford, CT
Bridgeport, CT
Brookfield, CT
Cheshire, CT
Cos Cob, CT
Danbury, CT
Darien, CT
Derby, CT
East Haven, CT
Easton, CT
Fairfield, CT
Georgetown, CT
Greens Farms, CT
Greenwich, CT
Guilford, CT
Hamden, CT
Hawleyville, CT
Madison, CT
Meriden, CT
Middlebury, CT
Milford, CT
Monroe, CT
Naugatuck, CT
New Canaan, CT
New Fairfield, CT
New Haven, CT
Newtown, CT
North Branford, CT
North Haven, CT
Northford, CT
Norwalk, CT
Old Greenwich, CT
Orange, CT
Oxford, CT
Prospect, CT
Redding Ridge, CT
Redding, CT
Ridgefield, CT
Riverside, CT
Rowayton, CT
Sandy Hook, CT
Seymour, CT
Shelton, CT
Sherman, CT
South Britain, CT
South Norwalk, CT
Southbury, CT
Southport, CT
Stamford, CT
Stevenson, CT
Stony Creek, CT
Stratford, CT
Trumbull, CT
Wallingford, CT
Waterbury, CT
West Haven, CT
West Redding, CT
Weston, CT
Westport, CT
Whitneyville, CT
Wilton, CT
Wolcott, CT
Woodbridge, CT
Yalesville, CT
The only BBB A+ rated
solar installer in CT
NABCEP Certification
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How a typical solar PV system works
Most solar PV systems are “grid-connected,” which means that homeowners use electricity supplied from solar panels as well as electricity supplied by the electric utility company. A solar PV system is easy to retrofit because the solar electricity feeds into the home’s main service panel after passing through an inverter that turns direct current (DC) into alternating current (AC). On a sunny day when home electrical demands are low, the solar electricity you generate can actually feed into the electrical grid, and the electric company will credit you for the excess power your solar system generates. Drawing courtesy of U.S. Dept. of Energy.
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