Cleaning system of solar power generating device

Abstract

The invention discloses a cleaning system of a solar power generating device. The cleaning system comprises supporting plates. A combing mechanism corresponding to bristles is arranged between the twosupporting plates, and an anti-skid rubber layer is pasted on the circumference of a roller. When gaps exist between solar cell panels, due to the effect of a ratchet wheel mechanism, rotation of a left rotary shaft on the front side is limited, the left rotary shaft can only move in one direction, in other words, the left rotary shaft can only move clockwise, thus, the bristles are static for dust removal, then the solar cell panels make contact with the anti-skid rubber layer on the roller, wheel teeth and a right rotary shaft are driven to rotate anticlockwise, thus, a gear is driven to reversely rotate, the gear drives a rotary barrel to rotate anticlockwise, the solar cell panels are swept by the bristles for dust removal, the bristles to which the dust is stained move to the upper side and slip into combing teeth, thus, dust is collected and scraped into a scraper blade, the dust is prevented from being spilled through a baffle, thus, the dust is treated in time, automatic cleaning is achieved, manual frequent dust removal is not needed, more efforts are saved, the cleaning effect is guaranteed, and real self-cleaning is achieved.

Description

technical field [0001] The invention relates to the field of automatic cleaning and ash removal of solar panels, in particular to a cleaning system for a solar power generation device. Background technique [0002] We are familiar with solar energy, and now many places are using it, including many households, and solar panels are installed. For solar panels, solar energy is converted into electricity, and then stored in batteries. In the production process of solar panels, it is necessary Wipe the solar panel to ensure the cleanliness of the surface. Therefore, there is an automatic wiping device on the Internet, which is relatively labor-saving. Alloy components and brushes, by fixing one end of the aluminum alloy components to the lower end of the safety fence at the discharge position of the solar module glass in the production line, and connecting the other end to the brush, the setting position of the brush is the same as the discharge position of the solar module glass...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is that the automatic ash removal device for solar photovoltaic modules on the market cannot collect the removed dust in time, and if there is too much accumulation, it will affect the quality of ash removal

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