Achievement of 15.1% total area efficiency on 1.09m2 monolithic CIGSeS modules in TSMC Solar production line

Sean Yang, Kwang-Ming Lin, Wen-Chin Lee, C. Lin, L. Chu
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引用次数: 1

Abstract

15.1% total area efficiency on a monolithic 1.09m2 CIGSeS modules sets a new record for commercial-size, monolithic thin-film modules. This achievement results from improvements in both module design and thin-film composition, including: absorber improvement, cell redesign, and dead area reduction. Absorber improvement mainly consists of Selenization and Sulfurization (SAS) process optimization, resulting in open-circuit voltage (Voc) increase. Cell redesign mitigates the interconnect loss and maximize its benefit for Fill Factor (FF), while the reduction of the dead area increases module current. Production of modules with efficiency exceeding 15% is repeatable in the TSMC Solar production line located in Taichung, Taiwan.
在台积电太阳能生产线1.09m2单片CIGSeS模块上实现15.1%的总面积效率
1.09m2单片CIGSeS模块的总面积效率为15.1%,创下了商业尺寸单片薄膜模块的新纪录。这一成就源于组件设计和薄膜成分的改进,包括:吸收器改进、电池重新设计和死区减少。吸收器改进主要包括硒化和硫化(SAS)工艺优化,从而提高开路电压(Voc)。电池的重新设计减轻了互连损耗,并最大限度地提高了填充系数(FF),而死区的减少增加了模块电流。位于台湾台中的台积电太阳能生产线可重复生产效率超过15%的组件。
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