Intelligent efficient cleaning device for cluster type solar panel

Abstract

The invention relates to an intelligent efficient cleaning device for a cluster type solar panel. The intelligent efficient cleaning device comprises a cleaning system and a make-up system, wherein the working principle of the cleaning system is as follows: a photosensitive element outputs a signal to a controller, the controller processes the signal outputted by the photosensitive element and sends an adjusting signal to an actuator, and a motor drives all devices to carry out cleaning; and the working principle of the make-up system is as follows: a water level sensor or a storage battery sends a signal to the controller, the controller outputs the signal to the actuator, and the motor drives a rack to move to an initial position for make-up. The intelligent efficient cleaning device hasthe following beneficial effects: the intelligent efficient cleaning device has the advantages of being high in intelligent degree and integration degree, portability, efficient in cleaning, safe andreliable in operation; a cleaning slideway, a water tank and the storage battery are arranged, so that the application range is not limited in the single solar panel; the intelligent efficient cleaning device can be used for cleaning a large-scale solar panel, the practical value of the solar energy utilization technology can be better expressed, the benefit reward period of a solar energy product is greatly shortened, and the the basic state policy of energy conservation and emission reduction of China is promoted.

Description

technical field [0001] The invention relates to an intelligent high-efficiency cleaning device for cluster solar panels, which is suitable for intelligent cleaning of cluster solar panels. Background technique [0002] As the conventional energy that can be used on the earth is gradually exhausted, solar energy, as a new energy source, is inexhaustible, efficient and pollution-free, so it has attracted widespread attention. In actual engineering, although dust accumulation and scaling on solar panels are an indirect factor, they seriously affect the lighting efficiency of the system and restrict the utilization and development of solar energy. [0003] A large number of data prove that long-term exposure of solar panels to the atmosphere will accumulate dust and form gray spots, which will reduce the conversion efficiency of solar energy by 20%-40%. A research institute in Nanjing compared the working efficiency of two heat collecting tubes with daily ash removal and no ash...

AI Technical Summary

Problems solved by technology

In short, the current existing devices play a great role in cleaning the panels, but there are still some problems: either the waterless operation is used, and the cleaning effect is average, or the intelligence is low and some manual operations are still required, or the structure is complex and cumbersome. , and most of them are suitable for the cleaning of a single panel, the initial fee plus the maintenance fee is quite expensive, so there are still some obstacles in its application and promotion

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