Soiling measurement station to evaluate anti-soiling properties of PV module coatings

M. Gostein, B. Stueve, B. Brophy, Ki-yul Jung, A. Martinez-Morales, Shu Zhang, Yeyi Jin, Jianmei Xu
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引用次数: 16

Abstract

Soiling can be a significant loss factor for PV systems, accounting for >5% annual energy loss in locations without frequent rainfall. Therefore, many manufacturers are investigating the potential benefits of incorporating anti-soiling or self-cleaning properties into PV module coatings. In order to study the potential anti-soiling behavior of various surface treatments, we have deployed a test station with custom-made PV modules having coatings with both hydrophilic and hydrophobic properties that may inhibit soiling and/or induce self-cleaning. The soiling of each sample is determined by comparison to an automatically washed reference cell in the station. We present the motivations for and design of the station, along with preliminary results regarding the impact of the coatings on soiling.
污污测量站,用于评估光伏组件涂层的防污性能
对于光伏系统来说,污染是一个重要的损失因素,在没有频繁降雨的地区,污染占年能量损失的5%以上。因此,许多制造商正在研究将防污或自清洁特性纳入光伏组件涂层的潜在好处。为了研究各种表面处理的潜在防污染行为,我们部署了一个测试站,配备了定制的光伏组件,这些组件具有亲疏水性和可抑制污染和/或诱导自清洁的涂层。每个样品的污染是通过与站中自动洗涤的参考细胞进行比较来确定的。我们介绍了该站的动机和设计,以及关于涂层对污染影响的初步结果。
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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