Combine solar flexrack s proven track record with first solar s advanced series 4 modules for higher project energy yields and ultra dependable solar project installations.
First solar series 4 panels.
Series 4atm includes anti reflective coating back glass 3 2mm tempered encapsulation laminate material with edge seal load rating 2400pa10 first solar series 4 pv module end of life recycling recycling services available through first solar s industry leading recycling program or customer selected third party.
Solar flexrack fixed tilt solutions for first solar fs series 4.
The top crystalline solar panels have temperature coefficient of power tcop levels of around 0 34 while first solar thin film offer tcop ratings of 0 25.
The company was founded in 1990.
Series 4a modules are constructed identically to series 4 modules and add anti reflective coated glass to series 4 modules.
Pv solar plants using first solar s advanced thin film series 4 modules enjoy better energy yield proven reliability and industry leading durability.
Solar flexrack offers compatible g3 x fixed tilt solutions for first solar s advanced series 4 thin film modules.
First solar also offers industry leading performance warranties to back up their superior technology such as a 25 year 80 performance warranty on power output and a 10 year 90 warranty.
First solar uses rigid thin film modules for its solar panels and produces cdte panels using cadmium telluride as a semiconductor.
Is an american manufacturer of solar panels and a provider of utility scale pv power plants and supporting services that include finance construction maintenance and end of life panel recycling.
In 2009 first solar became the first solar panel manufacturing company to lower its manufacturing cost to 1 per watt.
First solar series 4 and series 4a modules are manufactured in state of the art facilities using a highly innovative process that rapidly deposits thin films of semiconductor on glass.
First solar series 4 pv module advanced thin film solar technology proven energy yield advantage up to 8 more energy than conventional crystalline silicon solar modules with the same power superior temperature coefficient 0 29 c resulting in greater energy yield in typical field operating temperatures.