Bifacial module up to 550 W
· 182 mm wafer + 144 dual cell + PERC technology · Front side power up to 550 W · 29.5 % more energy yield in the lifetime
Lower BOS cost and LCOE
· 12.3% LCOE reduction because of higher energy yield and lower system cost · Compatible with mainstream trackers
Enhanced reliability
· Up to 50% lower degradationLID / LeTID mitigation · Lower hot spot temperature · Better shading tolerance
Bifacial module up to 665 W
· 210 mm wafer + 132 / 120 dual cell + PERC technology · Front side power up to 665 W · 25.7% more energy yield in the lifetime
Lower BOS cost and LCOE
· 8.9% LCOE reduction because of higher energy yield and lower system cost · Compatible with mainstream trackers and inverters
Enhanced reliability
· Up to 50% lower degradation LID / LeTID mitigation · Excellent hot spot performance · Better shading tolerance
High Power
· Module power up to 610W，module efficiency up to 22.6%, bifaciality up to 85% · No boron-oxygen LID and anti PID, less degradation · 16BB cell technology, better light trapping and current collection, higher power output
High energy yield, low LCOE
· Low temperature coefficient (Pmax): -0.29%/℃, more energy in hot climate · 2% higher energy generation than PERC · About 2.3% lower LCOE than PERC
Enhanced reliability
· Minimize the micro-crack impacts to module · Snow loads up to 5,400Pa, wind loads up to 2,400Pa
Bifacial module up to 700W
· 210 mm wafer 132/120 dual cell N-type TOPCon technology · Front side power up to 700W · Up to 85% power bifaciality, more power from the back side
Higher energy yield, lower LCOE
· Low temperature coefficient (Pmax): -0.29%/℃, more energy in hot climate · 2% higher energy generation than PERC · About 2.3% lower LCOE than PERC
Enhanced reliability
· Minimize cell micro-crack impacts to module · Snow loads up to 5,400Pa, wind loads up to 2,400Pa
