Water-saving-type solar cell panel cleaning robot

Abstract

The invention discloses a water-saving-type solar cell panel cleaning robot, and relates to a cleaning device of a solar cell panel. The water-saving-type solar cell panel cleaning robot is constituted by a guiding system, a cleaning system, a water treating system and a sensory control system; and the solar cell panel can be automatically cleaned, sewage after cleaning can be recovered and purified to be reutilized, a certain rainwater collecting function is also achieved, and meanwhile, water for cleaning can be heated to improve the cleaning efficiency. The water-saving-type solar cell panel cleaning robot is provided with a water temperature keeping system to ensure that all water storing units get away from the outdoor low-temperature environment to avoid freezing, meanwhile further provided with a pipeline emptying system to ensure that all exposed pipelines store no water and are not frozen when the temperature is lower than zero DEG C so that the water-saving-type solar cell panel cleaning robot can conduct cleaning work in the environment below zero DEG C, and provided with a temperature monitoring system to automatically adjust the temperature of the cleaning water by comparing with the temperature of the solar cell panel to prevent the solar cell panel from being unevenly heated in the cleaning process and then broken.

Description

technical field [0001] The technical solution of the invention relates to a cleaning device for solar panels, in particular to a water-saving solar panel cleaning robot. Background technique [0002] In recent years, solar power generation technology has developed on a large scale, among which solar panels are used for power generation, and are widely installed in barren hills, fields and other environments. Most of the installation environments are open-air installations. Dust often accumulates on the surface, which causes solar panels to absorb sunlight, which in turn affects the efficiency of solar panels. Cleaning the dust on the surface of solar panels in time will help improve the power generation efficiency of solar panels. Due to inconvenient transportation, lack of water source, low temperature in winter and other reasons, it is difficult to ensure effective cleaning of solar panels arranged in barren hills and in the wild. Automatic cleaning of solar panels by wate...

AI Technical Summary

Problems solved by technology

CN205725619U discloses a photovoltaic panel cleaning robot, including a walking device, a vehicle frame and cleaning rollers, etc., the robot can automatically clean the neatly arranged photovoltaic panels, but this technology also has the walking wheels directly attached to the battery panels. There is a problem of potential damage to the battery board. In addition, many cleaning plates are designed in this technology, which is not conducive to maintenance and replacement. At the same time, the equipment also lacks an efficient water treatment system

[0003] In short, the prior art products cannot well solve the technical problems of cleaning solar panels, especially the technical problems of water-saving cleaning and cleaning in low-temperature environments

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