Waterless cleaning device for solar cell panel

Abstract

The invention discloses a waterless cleaning device for a solar cell panel. The waterless cleaning device comprises a rack, a chain drive device and a cleaning device, wherein the rack is driven by external force or is suspended on a photovoltaic array panel by a walking mechanism to move forwards or backwards; the chain drive device comprises a reducing motor, drive wheels, chain wheels, chain wheel shafts, chains and electromagnetic clutches; the chain wheel shafts are used for fixing the chain wheels; the chains sleeve the chain wheels respectively; advancing or retreating of the waterless cleaning device for the solar cell panel is controlled by whether the electromagnetic clutches are electrified or not; the drive wheels drive the chain wheels to rotate due to the reducing motor, so that the chains are driven to move; the cleaning device comprises a comb-like scraper blade, a hairbrush bar string, a high-voltage air-blow pipe, a dust scraper bar string, anther high-voltage air-blow pipe, another hairbrush bar string and another comb-like scraper blade, which are sequentially arranged on the rack in parallel; each hairbrush bar string comprises the chains and hairbrush bars; and each dust scraper bar string comprises the chains and dust scraper bars. According to the waterless cleaning device for the solar cell panel, one-man operation can be achieved; and the cleaning efficiency is 20-40 times that of manual cleaning.

Description

technical field [0001] The invention relates to solar battery panel cleaning equipment, in particular to a solar battery panel water-free cleaning device. Background technique [0002] At present, many research and development units at home and abroad are trying to use mechanical equipment to clean and maintain solar panel arrays (hereinafter referred to as photovoltaic panels or photovoltaic arrays). Rinse with water while brushing or just rely on the wool to clean without water. But to this day, people still generally adopt the original method of manually dipping in water and scrubbing in actual work. The reason is that the cleaning equipment with a high degree of automation is expensive and the effect is not ideal enough. The manual cleaning method is inefficient, labor-intensive, and expensive. For roof photovoltaic panels, it is impossible to use manual cleaning methods. The use of cleaning robots is an inevitable trend. A solar panel cleaning robot in developed count...

AI Technical Summary

Problems solved by technology

But today, people still generally use the original manual scrubbing method in actual work. The reason is that the cleaning equipment with a high degree of automation is expensive and the effect is not ideal.

The manual cleaning method is inefficient, labor-intensive, and expensive. For roof photovoltaic panels, it is impossible to use manual cleaning methods. The use of cleaning robots is an inevitable trend

A solar panel cleaning robot in developed countries in foreign countries weighs only 50Kg. It automatically walks on the photovoltaic array and stops automatically when it reaches the end. , and expensive

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