Effect of self-cleaning coatings on solar module reflectance and power

P. Víg, B. Bagi
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引用次数: 2

Abstract

: The pollution caused power loss of solar modules can be reduced by using self-cleaning coatings. When applying these coatings, the basic question is how the coating itself effects on the power of the solar module. The recent paper deal with this. It examines power, reflection capability and power changes due to contamination and self-cleaning of 5 different coated solar modules and compares them with the measured values of an uncoated solar module. Based on the results of laboratory measurements, it can be stated that the effects of photocatalytic thin layer and lotus effect based coatings increase the power of the solar modules by average 2%. The effects of the same contamination reduced the power of all modules, but the power of the coated modules is higher. After spraying with rainwater, the examined coated solar modules operated at nearly 4% more power than the reference, uncoated solar module.
自洁涂层对太阳能组件反射率和功率的影响
:使用自清洁涂层可以减少太阳能组件造成的功率损失。当使用这些涂层时,基本问题是涂层本身如何影响太阳能组件的功率。最近的一篇论文讨论了这个问题。它检查了5种不同涂层太阳能组件的功率、反射能力以及由于污染和自清洁而导致的功率变化,并将其与未涂层太阳能组件的测量值进行了比较。根据实验室测量结果,光催化薄层和基于莲花效应的涂层的效果可以使太阳能组件的功率平均提高2%。相同污染的影响降低了所有模块的功率,但涂层模块的功率更高。在喷洒雨水后,被检查的涂覆太阳能组件的运行功率比参考的未涂覆太阳能组件高出近4%。
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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