温度对光伏板退化模式影响的评估

B. Nehme, N. M'Sirdi, T. Akiki, B. Zeghondy
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引用次数: 4

摘要

光伏板受到多种退化模式的影响。我们列出了电位诱导降解、光诱导降解、紫外光降解、水分诱导降解和细胞裂纹。这些降解模式受辐照度、温度和湿度等外部环境条件的影响。影响降解模式的常见因素是温度。降解过程遵循阿伦尼乌斯方程;它与温度呈指数关系。本文精确地评价了温度对光伏板降解过程的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessing the Effect of Temperature on Degradation Modes of PV Panels
PV panels are affected by many degradation modes. We list the Potential Induced Degradation, the Light Induced Degradation, the UltraViolet Light Degradation, the Moisture Induced Degradation, and the Cell Cracks. These degradation modes are affected by external environmental conditions as irradiance, temperature and humidity. The common factor that affects the degradation modes is temperature. The degradation process follows an Arrhenius equation; it is exponentially related to temperature. In this paper we evaluate precisely the effect of temperature on the degradation process of PV panels.
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