Solar Cell

Silicon Heterojunction Technology (HJT) is based on an emitter and back surface field (BSF) that are produced by low temperature growth of ultra-thin layers of amorphous silicon (a-Si:H) on both

Technical Data

Lower LIDSuperior anti‑PID performanceLower Cell to Module (CTM) Loss Rate, more suitable for high‑efficiency moduleRelative conversion efficiency≥92 % under low light (200W/m²)Front efficiency≥25 %

210mm M12 Silicon Heterojunction Technology (HJT) solar cell is with 24.4% efficiency and rated power of 10.76Watt per cell.

Silicon Heterojunction Technology (HJT) is based on an emitter and back surface field (BSF) that are produced by low temperature growth of ultra-thin layers of amorphous silicon (a-Si:H) on both

TOPCON (tunnel oxide passivated contact) technology boost N type solar cell efficiency up to 25%.Industrial 210mm TOPCon solar cell is with maximum 24.4% efficiency and 10.76Watt rated power.

23% efficiency 210mm solar cell is with 10.14 watts of rated power.132pcs half-cut 210mm Mono PERC solar cells can assembly solar panels with power up to 670 watt.

Laser SE combined with PERC technology makes 182mm solar cell rated power up to 7.58W at 23% efficiency.72 pieces of 182mm Mono PERC solar cells combined with half-cut technology can make solar

TOPCON (tunnel oxide passivated contact) technology boosts N type solar cell efficiency up to 24.5%.Monocrystalline N type 182mm TOPCon solar cell is with rated power 8.08Watt at 24.5%

Upgraded from PERT technology, TOPCON (tunnel oxide passivated contact) technology combined with AlOx/ SiNx passivation layer boost N type 166mm solar cell efficiency up to 24.4%.Monocrystalline N

Lower LIDSuperior anti‑PID performanceLower Cell to Module (CTM) Loss Rate, more suitable for high‑efficiency moduleRelative conversion efficiency≥92 % under low light (200W/m²)Front efficiency≥25 %

N-type Mono bifacial PERT (passivated emitter rear totally diffused) silicon solar cells possesses high and stabilized conversion efficiencies.N-type silicon solar cells are considered as promising