可再生能源2025，Vol.43Issue(5)：602-609,8.
疏水涂层对平板集热器抑尘的实验研究
Experimental study of hydrophobic coating on dust suppression of flat plate collector
摘要
Abstract
Dust accumulation in the cover plate of flat-panel solar collector will reduce the heat collection performance,but there are few studies on self-cleaning of the cover plate.The mechanism of particle deposition was analyzed,and superhydrophobic and hydrophobic coatings were selected for dust suppression in flat plate collector.In order to verify the feasibility and quantify the dust suppression effect of the selected coating,natural dust accumulation experiments were carried out on three sets of collectors using superhydrophobic coating,hydrophobic coating and uncoated glass cover plate in Urumqi city,and the performance parameters of each system were analyzed.The results show that the superhydrophobic coating can effectively improve the heat collection performance of the plate collector under the condition of natural dust accumulation,but the effect of the hydrophobic coated glass plate is inferior to that of the bare glass plate.After 16 days of natural dust accumulation,compared with the bare glass cover collector,the transmission ratio of the superhydrophobic coating cover collector is increased by 3.6％,the heat collector temperature is increased by 3.96％,and the heat collection efficiency is increased by 2.94％.In the 16 d overall comparison,compared with the bare glass cover collector,the transmission ratio of the superhydrophobic coating cover collector is increased by 1.66％,the heat collector temperature is increased by 4.09％,and the heat collection efficiency is increased by 2.90％.关键词
平板太阳能集热器/抑尘/超疏水涂层/疏水涂层/集热性能Key words
flat plate solar collector/dust suppression/superhydrophobic coating/hydrophobic coating/heat collection performance分类
能源与动力引用本文复制引用
张莉,齐典伟,千能,周敬公,葛冰彬..疏水涂层对平板集热器抑尘的实验研究[J].可再生能源,2025,43(5):602-609,8.基金项目
2022年新疆维吾尔自治区第二批科技计划项目-面上项目(2022D01C413). （2022D01C413）
