提出了商用CIGS模块在偏置应用或光照射下的新湿热测试标准

K. Sakurai, H. Tomita, Kinichi Ogawa, Darshan Schmitz, H. Shibata, Shuuji Tokuda, A. Masuda
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引用次数: 5

摘要

基于我们的研究结果,在商业CCIGS(又名CCIS, CIGSS)模块上进行常规湿热(DDH)测试会导致在现场部署的模块中未观察到的不可逆转的“测试特定”退化(TSD),我们提出了CIGS模块DDH测试的新选择。我们在热测试中测试了全尺寸CIGS模块,有/没有正向偏压、光照射和湿度。结果清楚地表明,在DH测试中添加正向偏置或白光照射可以抑制这种不可逆降解。基于这些结果,我们建议在CIGS模块的DH测试中增加正向偏置和/或光照射,以使测试条件更接近真实场,并抑制在现场未观察到的退化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposed new damp heat test standards for commercial CIGS modules with bias application or light irradiation
Based on our results that conventional damp-heat (DDH) test on a commercial CCIGS (a.k.a. CCIS, CIGSS) module causes an irreversible "Test-specific" degradation (TSD) that is not observed in modules deployed in fields, we propose a new option for DDH testing of CIGS modules. We have tested full-size CIGS modules with/without forward bias, light irradiation and humidity during heat tests. The results clearly show that adding forward bias, or white light irradiation during DH tests suppresses this irreversible degradation. Based on these results, we have proposed to add forward bias and/or light irradiation during DH tests of CIGS modules, to make the test condition closer to real fields and suppress degradations not observed in the field.
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