首页> 外文会议>Photovoltaic Specialists Conference (PVSC), 2011 37th IEEE >Study of Partial Discharge effects of PV backsheet component films. Structure property relationships, and measurement consistency
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Study of Partial Discharge effects of PV backsheet component films. Structure property relationships, and measurement consistency

机译:光伏背板组件薄膜的局部放电效应研究。结构属性关系和测量一致性

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Partial Discharge is one of a number of tests defined in IEC61730-2, which specifies properties of photovoltaic modules and components for safe electrical and mechanical operation during their expected lifetime. The test is of practical importance in the development and manufacturing of backsheet barrier films because of the limitations it places on film thickness. The objective of this study was to understand the relationship of this test to film properties. Although simple to describe, in practice, the test is difficult to perform with consistency. We have found that this test performed in air usually provides consistent relative behavior, but that absolute values can vary on different days, or in different laboratories. We have tested several materials with varied thickness, and found a linear relationship between Ve and square root of film thickness when measured in air, in line with a surface discharge phenomenon. This paper will describe efforts to define and understand sources of variability in both inter and intra laboratory measurements, and on the measurements of some typical component materials of PV backsheets.
机译:部分放电是IEC61730-2中定义的众多测试之一,该测试指定了光伏模块和组件的特性,以在其预期寿命内安全地进行电气和机械操作。由于对膜厚的限制,该测试在背板阻隔膜的开发和制造中具有实际重要性。这项研究的目的是了解该测试与薄膜性能之间的关系。尽管描述简单,但是在实践中,很难以一致的方式执行测试。我们发现,在空气中进行的这项测试通常会提供一致的相对行为,但是绝对值在不同的日子或不同的实验室中可能会有所不同。我们测试了几种厚度不同的材料,发现在空气中测量时,Ve和膜厚的平方根之间存在线性关系,这与表面放电现象一致。本文将介绍在实验室内部和实验室内部测量以及PV背板一些典型组件材料的测量中定义和理解可变性来源的工作。

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