太阳能电池板表面不同清洁方法的评价

Arti Badhoutiya
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引用次数: 0

摘要

能通过面板玻璃的照射比例称为透射光。由于玻璃表面的粉尘含量增加,由于被灰尘覆盖的面积,可以通过的光线更少。人工、清洁拖把和外国制造的太阳能清洁机器人通常用于清洁太阳能电池板。建议的清洁方法包括四个步骤,不使用任何液体。用压缩空气喷洒是除尘过程的第一步,然后是移动滚筒擦拭面板玻璃。这些滚轮由一个电子控制的机械组件沿太阳能电池板保持和移动。该装置具有一组伺服电机,用于整个装置沿着面板的长度运动。所提出的模型是在单个面板上设计的。它的运行机制每24小时重复一次。从所获得的结果可以清楚地看出,通过实施这种面板玻璃清洁技术,功率输出已经增加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Different Methods used to Clean Solar Panel Surface
The proportion of irradiation that can flow through the panel glass is referred to as the transmitted light. Because of the increased dust content on the glass surface, less light can pass through, due to the covered area by dust. Human labor, cleaning mops, and foreign - made solar cleaning robots are typically used to clean solar panels. The suggested cleaning method consists of four steps and doesn’t make use of any liquids. Spraying with compressed air is the first step in the dust removal process, which is then followed by a moving roller wiping the panel glass. The rollers are held and moved all along solar panels by an electronically controlled mechanical assembly. The arrangement has a set of servo motors equipped for the motion of whole setup along the length of panel. The proposed model is devised on a single panel. Its operating mechanism is repeated after every 24 hours. It is clear from the obtained results that the power output has been increased by implementing such panel glass cleaning techniques.
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