Application of luminescence technology for solar PV industry

Shih-Hung Lin, Tzu-Huan Cheng
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Abstract

The luminescence technology is a non-destructive testing and can be applied for kinds of solar cells such as c-Si, thin film (α-Si, CIGS, and CdTe) and multi-junction solar cells. The luminescence intensity is correlated to the quality of absorber or junction and suitable to be developed as monitors of device property during process. Photoluminescence (PL) and Electroluminescence (EL) are most common luminescence metrologies and they can help to identify the band gap, defect level, defect density, radiative recombination coefficient, junction quality, and implied open circuit voltage (Voc). The 2D PL/EL image can help to evaluate the uniformity and physical defect information such as crack, contact disconnection, shunting points, serious resistance distribution, and impurity. The failure analysis of long-term reliability test (light illumination and thermal stress) by the combination of PL/EL technology can help to identify the key root cause. The qualitative analysis of PL/EL metrologies can apply for process correlation to stabilize the production line and/or further improve the efficiency.
发光技术在太阳能光伏产业中的应用
该发光技术是一种无损检测技术,可用于c-Si、薄膜(α-Si、CIGS、CdTe)和多结太阳能电池等多种太阳能电池。发光强度与吸收体或结的质量有关,适合开发为工艺过程中器件性能的监视器。光致发光(PL)和电致发光(EL)是最常见的发光计量方法,它们可以帮助识别带隙、缺陷水平、缺陷密度、辐射复合系数、结质量和隐含开路电压(Voc)。二维PL/EL图像可以帮助评估均匀性和物理缺陷信息,如裂纹、接触断开、分流点、严重电阻分布和杂质。结合PL/EL技术对长期可靠性试验(光照和热应力)进行失效分析,有助于找出关键的根本原因。PL/EL计量的定性分析可以应用于工艺关联,以稳定生产线和/或进一步提高效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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