Graphene processing device for coating solar panel

Abstract

The invention discloses a graphene processing device for coating a solar panel. The device comprises a coating box which is internally provided with an application cavity, a motor is embedded in an inner wall of a bottom end of the application cavity, an upper end of the motor is dynamically connected a driving shaft extending upwardly and downwardly, the driving shaft is provided with an intermittent planetary transmission assembly which is internally provided with a start-stop device and controls the intermittent planetary transmission assembly, and the driving shaft is provided with a magnet located at the upper end of the intermittent planetary transmission assembly. The graphene processing device has a simple structure, the automatic processing is achieved by adopting a reasonable process for processing a coating, adverse effects caused by a manual operation are avoided, the work efficiency and quality is improved, the solar can work under a low light condition such as rainy and cloudy days through graphene, and the utilization and conversion ability of energy is improved.

Description

technical field [0001] The invention relates to the technical field of graphene application, in particular to a graphene processing device for coating solar panels. Background technique [0002] As a good light concentrating and thermally conductive material, graphene has a wide range of uses due to its stable physical properties and excellent chemical properties. As the most popular solar power generation today, its working effect is directly affected by the sun. Traditional solar panels do not receive sunlight and cannot convert energy in rainy or cloudy days, which is a bit tasteless for the rainy south. However, the film coated with a layer of graphene on the solar panel is still insufficient for the existing technology, and the amount of pressing down cannot be accurately controlled and automatic processing cannot be realized. Therefore, a device that can accurately and automatically coat graphene film on solar panels has become an inevitable trend in the development ...

AI Technical Summary

Problems solved by technology

Traditional solar panels cannot receive sunlight and cannot convert energy in rainy or cloudy days, which is a bit tasteless for the rainy south

However, the film coated with a layer of graphene on the solar panel is still insufficient for the existing technology, and the amount of pressing down cannot be accurately controlled and automatic processing cannot be realized.

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