Development of a Novel Soiling Chamber for Testing Antisoiling Coatings

M. Muller
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Abstract

This study presents the development and validation of a novel soiling chamber. The chamber is novel in that it includes wind induced soiling, feedback from a low-cost particulate monitor, and in-situ Isc measurements. Validation with side-by-side identical modules within the chamber produced soiling losses of 7% over 19 hours while the soiling ratio was always within 0.5% between the two modules. Initial side-by-side testing of an anti-soiling coated module versus and uncoated module demonstrated significant wind induced cleaning of the coated module. Specifically, the coated module showed only 0.8% soiling loss while the uncoated module reached as much as 10.5% soiling loss.
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新型防污涂料检测室的研制
本研究介绍了一种新型污秽室的开发和验证。该室的新颖之处在于它包括风引起的污染,来自低成本颗粒监测器的反馈,以及原位Isc测量。在实验室内并排使用相同的组件进行验证,在19小时内产生了7%的污染损失,而两个组件之间的污染比始终在0.5%以内。对涂有防污涂层的模块与未涂有防污涂层的模块进行的初步并排测试表明,涂有涂层的模块明显受到风的影响。其中,涂层组件的污染损失仅为0.8%,而未涂层组件的污染损失高达10.5%。
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