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Hevel Group has started producing heterojunction solar cells using the M2+ (157.35 mm x 157.35 mm) n-type mono wafer, providing cell peak power up to 5.88Wp. Image: Hevel

Hevel Group has started producing heterojunction solar cells using the M2+ (157.35 mm x 157.35 mm) n-type mono wafer, providing cell peak power up to 5.88Wp. Image: Hevel

Russia-based high-efficiency heterojunction solar module producer Hevel Group has started producing heterojunction solar cells using the M2+ (157.35 mm x 157.35 mm) n-type mono wafer, providing cell peak power up to 5.88Wp.

As a result of transitioning to the larger wafer size, Hevel said that its HJT power output was 330Wp for its 60-cell glass/backsheet modules and 390Wp for its glass/glass 72-cell modules. 

The company also noted it had started testing M6 (166mm x 166mm) n-type mono wafer-based HJT solar cells that are designed for multi-busbar / multi-wire interconnection technology.

Hevel said that the 6%-larger-area M6 wafer-based cells were testing out at 6.71Wp. The M2-based cells were said to have maximum cell efficiency rates of 23.8%, while maintaining an average of 23.3%.

Recently, Hevel said it was set to expand solar cell and module assembly capacity to 340MW in 2020, up from 260MW. 

Tags: hevel group, heterojunction solar cell, c-si manufacturing, solar cell, pv modules, n-type mono, russia

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