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High efficiency solar cells on direct kerfless 156 mm mono crystalline Si wafers by high throughput epitaxial growth

机译:通过高通量外延生长在直接无切口156毫米单晶硅晶片上的高效太阳能电池

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This paper demonstrates the Direct Gas to Wafer™ technology to produce high quality epitaxial kerfless mono crystalline n-type and p-type silicon wafers. The key aspects of the approach involve anodic etching to form porous Si release layer, growing epitaxial wafers, separation of the epitaxial wafers from the substrate and substrate reuse. The advantages of epitaxial wafers over conventional Cz wafers are discussed. With 156 mm epitaxial wafers, p-type PERC cell has achieved an efficiency of 19.7% and n-type cell has achieved an efficiency above 20%
机译:本文演示了Direct Gas to Wafer™技术,可生产高质量的外延无切口单晶n型和p型硅晶片。该方法的关键方面包括阳极蚀刻以形成多孔Si释放层,生长外延晶片,将外延晶片与基板分离以及基板再利用。讨论了外延晶片相对于常规Cz晶片的优势。使用156毫米外延晶片,p型PERC电池的效率达到19.7%,n型电池的效率超过20%

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