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Abrasion resistance of hydrophobic, anti-soiling coatings for solar cover glass

机译:用于太阳能覆盖玻璃的疏水性,抗污染涂层的耐磨性

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Soiling is a serious problem for asset managers since it reduces the power output of solar modules and the costs of maintenance adversely affects the return on investment. Hydrophobic, anti-soiling coatings offer a potential solution to this problem. However, module cleaning can cause damage to the coatings through abrasion. Abrasion resistance tests have been carried out on candidate anti-soiling coatings with differing chemistry, cured and deposited at different conditions. In this work, we have studied the effects of linear abrasion and washability to assess the susceptibility of anti-soiling coatings to abrasion damage. Preliminary results indicate that great care must be taken over the choice of cleaning materials used. The results also confirm that rigorous laboratory testing of coatings is necessary before they are deployed at scale in the field for solar applications.
机译:污染是资产管理人员的严重问题,因为它降低了太阳能模块的功率输出,维护成本对投资回报产生了不利影响。疏水性,防污涂层为此问题提供了潜在的解决方案。然而,模块清洁会通过磨损造成对涂层的损坏。已经在候选抗污染涂层上进行了耐磨性试验,其具有不同的化学,固化和沉积在不同的条件下。在这项工作中,我们研究了线性磨损和可洗涤性的影响,评估了抗污染涂层对磨损损伤的敏感性。初步结果表明,必须在使用的清洁材料的选择方面采取很好的小心。结果还证实,在为太阳能应用领域的规模部署之前,需要严格的涂层实验室测试。

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