Huasun Achieves 24.39% Highest Efficiency For HJT Cell
Chinese Solar Panel Manufacturer Huasun Energy Puts 500 MW Heterojunction Cell-Module Project Online; Declares 24.39% Highest Cell Efficiency
Huasun Energy Co., Ltd of China has officially commissioned its 500 MW heterojunction (HJT) cell-module production capacity calling it the ‘world’s 1st low-cost intelligent mass-produced HJT project’. Construction on this line started on Nove.
Efficiency Update for HJT Cells
While HJT Cell Record Efficiency Is Now At 25.2%, TaiyangNews Overview Shows Several Producers have Reached 24% Level
High solar cell efficiencies are a key motivating factor for investing in HJT. Due to the superior passivation quality, the cell technology can attain very high Voc of above 740 mV.
25.2% Efficiency For GS-Solar HJT Solar Cell
China’s GS-Solar Claims 25.2% As ‘Highest Efficiency’ For Mass Produced Heterojunction Solar Cells, Certified By Germany’s TÜV Nord
GS-Solar, a Chinese solar cell and module maker that turned into an equipment supplier, claims to have reached 25.2% power conversion efficiency for its mass production ready heterojunction (HJT) solar cells, with German certification and testing agency TÜV Nord certifying the efficiency.
Suppliers Of Core Layer Deposition Tools For HJT
While One Leading PECVD Supplier Exited From The Open Market, Several Chinese Companies Are Foraying Into Core Layer Deposition Tools For HJT Solar Cells
PECVD is more or less the current state of the art in the regular equipment stream for core layer deposition of heterojunction (HJT) solar cells.
2.1% Conversion Efficiency For Transparent Solar Cell
South Korean Researchers From Incheon National University Achieve 2.1% Power Conversion Efficiency For Transparent Heterojunction Solar Cell Created By Team
Researchers at the Incheon National University (INU), South Korea reached a power conversion efficiency of 2.1% for a transparent heterojunction (HJT) solar cell prepared by the team.
Pyramid Size Matters
In Wet-Chemical Processing of HJT Cells More Silicon is Etched Off the Surface During Saw Damage Removal Compared to Standard Cells & Pyramid Size Optimization is Focus in Texturing Part
Compared to standard solar cell processing, HJT requires a completely different manufacturing setup. However, the wet-chemical process is somewhat an exception, as the basic process steps remain the same – saw damage removal, texturing and cleaning.
