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Degradation Models of Photovoltaic Module Backsheets Exposed to Diverse Real World Condition

机译:真实世界条件下光伏组件背板的降解模型

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Degradation of polymeric backsheets is a result of accumulated synergetic effects of kinds of environmental stresses. In this study, degradation of the optical properties of 16 commercial photovoltaic module backsheets exposed in 5 different climatic zones was investigated. In addition to yellowness index and gloss measurement, Fourier transform infrared spectroscopy was conducted on the outer layer of a PV backsheet to study the chemical changes during exposure. Several simple linear regression models of yellowness index and gloss as function of degradation factors were developed with the R language. Statistical parameters of the models indicates a good fit to data and a high predictive accuracy.
机译:聚合物底片的降解是各种环境压力的累积协同效应的结果。在这项研究中,研究了暴露在5个不同气候带中的16种商用光伏组件背板的光学性能下降。除了泛黄指数和光泽度测量外,还在PV背板的外层进行了傅里叶变换红外光谱分析,以研究曝光期间的化学变化。使用R语言开发了几个简单的线性指数回归模型,即黄度指数和光泽度作为降解因子的函数。模型的统计参数表明对数据的良好拟合和较高的预测准确性。

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