Example Installations
Solar power, along with energy conservation, is becoming a natural response to our economic environment. The cost of solar has declined substantially in the past few years and continues to do so. This, along with a 30% federal tax credit, makes solar affordable for all homes and businesses. With the average life-span of solar-powered systems lasting 25 years or more, these systems are stable and cost-effective.
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(205) 454-9371
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8.2 kw System Produces 7kw/ hour x 5 sun hours a day = 35 /day x 365 =12,775kw / year x .12 /kw = $1,533.00 saving per year. Cost of $19,000.00 x 30% TAX CREDIT making the real cost =$13,300.00 divided by $1,533.00 savings a year = a simple pay back of 8.6 years. Return on investment $1,533.00 x 20 years = $30,660.00 (using today’s rates) |
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9.2 kw System Produces 8 kw / hour x 5 sun hours a day = 40kw/day x365 = 14,600 kw / year x .12 = $1,752.00 saving per year. Cost of $22,000.00 x 30% TAX CREDIT making the real cost $15,400.00, divided by $1,752.00 saving a year = a simple pat back of 8.7 years. Return on investment $1,752.00 x 20 years = $35,040.00 (using today’s rates) |
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6.8 kw SystemThis battery base system has (14) 325 watt panels and a 6.8 KW inverter, with two 230 AMP battery banks. This system produces about 60% of the power needed to run this home / office.
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6.8 kw SystemThis home has a hybrid solar system that consists of (18) 260 watt panels and a 6.8 KW Schneider inverter. The system is all automatic, they have said that the power from the utility has been off and they didn’t even know it. The cost for this system is $18,500.00 complete.
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(2) 6.8 kw SystemThis is a battery based system with (24) 435 watts panels and 2 - 6.8 KW inverters, for a total output of 13.6 KW ac of power. It also has a two parallel 430 AMP battery banks. This is enough power to around 70% of the total power needed to for this home.
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5 kw SystemThis is a habitat home with a grid tied system; it consists of (20) 260 watt panels and a 5 KW inverter. This system produces about 80% of all the power needed to power this 1250 sq. foot home.
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(2) 6.8 kw SystemThis system consists of (40) 325 watt panels and two 6.8 KW inverters and two 430 AMP battery banks. This is enough power to run about 80% of this home power use.
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