Comparative Investigation and Analysis of Encapsulant Degradation and Glass Abrasion in Desert Exposed Photovoltaic Modules

Sagarika Kumar, Hebatalla Alhamadani, Shaikha Hassan, Ahmad Alheloo, H. Hanifi, Jim Joseph John, G. Mathiak, V. Alberts
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引用次数: 6

Abstract

In 2015, a comparative study of different PV modules was started at the Outdoor Test Field (OTF) in the DEWA R&D Center at the MBR Solar Park, Dubai. Five monofacial module types (multi- and monocrystalline silicon) were investigated. Various non-destructive techniques such as current-voltage analysis, electroluminescence and ultraviolet fluorescence imaging, microscopic visual inspection and quantum efficiency analysis were used. The findings show the presence of signature patterns to identify encapsulant degradation in ultraviolet fluorescence images, with different shapes and severities. Microscopic visual inspection was also used to examine glass abrasion and yellowing. Quantum efficiency measurements at short wavelengths showed UV-blocker penetration.
沙漠暴露光伏组件封装剂降解与玻璃磨损的对比研究与分析
2015年,在迪拜MBR太阳能园区DEWA研发中心的户外试验场(OTF)开始了不同光伏组件的比较研究。研究了五种单面模块类型(多晶硅和单晶硅)。采用了电流电压分析、电致发光和紫外荧光成像、显微目视检查和量子效率分析等多种无损技术。研究结果表明,在紫外荧光图像中存在识别封装剂降解的特征模式,具有不同的形状和严重程度。显微镜目视检查也用于检查玻璃的磨损和变黄。短波长的量子效率测量显示紫外线阻挡剂穿透。
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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