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Optimized Back Side Process for High Performance Mono Silicon PERC Solar Cells

机译:高性能单硅PERC太阳能电池优化的背面工艺

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In this paper, we proposed the high performance mono silicon PERC solar cells by using industrial mass production technology. Using the optimized back side passivation and pattern design on commercially available 156 mm × 156 mm p-type Czochralski-grown crystalline mono silicon wafers, the best cell efficiencies of 21.01% and the average cell efficiencies of 20.7%. It can be found that employing the optimized back side passivation and pattern design have the excellent aluminum back surface field and higher V_(oc). Besides, the PERC solar cells also passed the PID test which condition was indicated to be 85 degree Celsius and 85% RH in climatic chamber for 192 hours. Observed the power loss < 3% and no EL darkened area were found after PID test for the PERC solar cells.
机译:在本文中,我们通过使用工业批量生产技术提出了高性能单硅PERC太阳能电池。使用优化的背面钝化和图案设计在市售156mm×156mm p型Czochralski-生长的晶体单硅晶片,最佳细胞效率为21.01%,平均细胞效率为20.7%。可以发现,采用优化的背面钝化和图案设计具有优异的铝背面场和更高的V_(OC)。此外,PERC太阳能电池也通过了PID试验,该病症被指示为85摄氏度和85%RH,192小时。观察到PERC太阳能电池的PID测试后发现功率损失<3%,没有EL变暗区域。

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