Dye-sensitization photovoltaic vacuum glass

Abstract

The invention relates to dye-sensitization photovoltaic vacuum glass comprising a dye-sensitization solar battery and vacuum glass which are overlapped, wherein a cavity is arranged between the dye-sensitization solar battery and the vacuum glass, and the peripheries of the dye-sensitization solar battery and the vacuum glass are mutually supported and connected by seal edges to form hollow glass. The invention has the beneficial effect that the vacuum glass can reach toughened effect or half-toughened effect, ensures the safety performance of products and enlarges the application range of the products; glass fulcrums are processed by adopting a screen printing mode, the production efficiency and the automation level are improved, and the thickness of a vacuum layer is convenient to regulate; the application of lead-free low melting glass powder realizes the environmental protection and the no-toxin of products, the low melting point of the lead-free low melting glass powder ensures the low energy consumption and the high efficiency of production; the application of an evaporable getter effectively prolongs the service life of the products and increases the transparency of the glass; and the dye-sensitization solar battery comprising conductive glass is combined with the vacuum glass to form a novel glasswork with multiple effects of solar power generation, heat preservation, heat insulation, sound insulation, and the like.

Description

technical field [0001] The invention relates to a processing method of dye-sensitized photovoltaic vacuum glass, in particular to a processing method of a low-melting-point glass powder packaged battery. While improving the efficiency of solar power generation, it is applied to glass curtain walls, doors and windows to enhance their thermal insulation and sound insulation performance. Background technique [0002] The existing vacuum glass production methods mainly include the following: [0003] 1. Sintering method. The vacuum glass is processed by heating and cooling with higher melting point glass powder. The middle fulcrum of the vacuum glass is additionally placed by manual or mechanical placement. Some built-in getters are non-evaporable. Its main disadvantages are low production efficiency, high energy consumption, high lead content, low safety, low product qualification rate, relatively short product life, and it is not convenient for large-scale application and ex...

AI Technical Summary

Problems solved by technology

[0006] The purpose of the present invention is to provide a dye-sensitized photovoltaic vacuum glass and its production method to solve the existing problems of low production efficiency, low safety, high energy consumption, low product qualification rate, relatively short product life, and Facilitate the large-scale application and export of products

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