A kind of anti-glare solar cell module and its preparation process

Abstract

The invention discloses an anti-dazzle solar cell assembly and solves problems of large integral mass, inconvenient mounting, easily-generated dazzling, light pollution and reduced assembly power existing in a solar cell assembly in the prior art. The anti-dazzle solar cell assembly comprises an ETFE front board arranged at a top layer and a glass back board arranged at a bottom layer, wherein solar cells are arranged between the ETFE front board and the glass back board, various solar cells are connected in series to form cell series through welding belts, various cell series are connected through bus bars to form a solar cell matrix, hot melting adhesive layers are arranged between the ETFE front board and the solar cells, and between the solar cells and the glass back board, a surface of the ETFE front board is provided with scattering grooves, and the scattering grooves are crossed vertically and transversely to form a grid structure. The anti-dazzle solar cell assembly has advantages of light integral mass, reduced dazzling effects, reduced light pollution and high conversion efficiency. The invention further discloses a preparation technology thereof. The preparation technology thereof has advantages of simple steps and low cost.

Description

technical field [0001] The invention relates to a solar cell assembly, in particular to an anti-glare solar cell assembly and a preparation process thereof. Background technique [0002] At present, conventional double-layer glass solar cell modules are composed of glass front plate, hot-melt adhesive film, solar cells, conductive copper tape, hot-melt adhesive film, and back sheet from top to bottom. This traditional double-layer glass solar cell module It can be widely used in photovoltaic building integration, as building structures such as sunshade roofs, curtain walls, skylights, etc., while ensuring beauty and saving costs, it can also provide electricity for the building itself. However, some problems have been found in the use of conventional double-layer glass solar cell modules: 1. Since the front of conventional double-layer glass solar cell modules is made of flat glass, some light will be directly reflected on the front of the module, which will affect the absor...

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Problems solved by technology

[0004] The purpose of the present invention is to solve the problem that the solar cell module in the prior art has a large overall mass, is inconvenient to install, is prone to glare and light pollution, and will reduce the power of the module, and provides a solar cell module with a simple structure, light overall weight, and can reduce the surface reflection of the solar cell module. Reflection intensity of light, reduce glare effect, reduce light pollution, anti-glare solar cell module with high conversion efficiency

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