Golden Solar Technology Co., Ltd products

A heterojunction cell combines all the advantages of crystalline and thin-film solar technologies in a single hybrid structure. The bifaciality is about 90%, and the power output of HJT cells is about 3%-6% higher than that of bifacial PERC and TopCon cells.

A heterojunction cell combines all the advantages of crystalline and thin-film solar technologies in a single hybrid structure. The bifaciality is about 90%, and the power output of hjt cells is about 3%-6% higher than that of bifacial perc and Topcon cells.

A heterojunction cell combines all the advantages of crystalline and thin-film solar technologies in a single hybrid structure. The bifaciality is about 90%, and the power output of hjt cells is about 3%-6% higher than that of bifacial perc and Topcon cells.

Based on 182mm wafer, N-type HJT half-cut cells. Module power up to 590W; module efficiency up to 22.80%.

Based on 182mm wafer, N-type HJT half-cut cells. Module power up to 445W; module efficiency up to 22.70%. Use super MBB half-cut cell technology to minimize micro-crack impacts, so no cutting loss on modules.

Based on 210mm wafer, N-type bifacial HJT half-cut cells. Module power up to 730W; module efficiency up to 23.50%. Use super MBB half-cut cell technology to minimize micro-crack impacts, so no cutting loss on modules. Power output from the front is 4.1% more than that of TOPCon module, and power output from the back is 14.76% more than that of TOPCon module. No Boron-Oxygen-Induced Degradation (BO-LID), excellent anti-LeTID & anti-PID performance. Low power degradation, and high energy yield. With the temperature coefficient -0.243%/?.

Based on 210mm wafer, N-type bifacial HJT half-cut cells. Module power up to 670W; module efficiency up to 23.67%. Use super MBB half-cut cell technology to minimize micro-crack impacts, so no cutting loss on modules.