A self-adhesive modular crystalline silicon solar power generation waterproof integrated board system and its preparation method

Abstract

The invention discloses a waterproof integrated pressure-sensitive-adhesive modularized crystalline silicon solar power generation board system which consists of a pressure-sensitive-adhesive crystalline silicon solar panel component module and a waterproof coil layer assorted with the pressure-sensitive-adhesive crystalline silicon solar panel component module. An adhesive layer composed of creepage adhesive is arranged at the bottom of the pressure-sensitive-adhesive crystalline silicon solar panel component module, TPT (tedlar / PET / tedlar) is covered on the adhesive layer, and a crystalline silicon battery cell and toughened glass are sequentially arranged on the TPT and are adhered with the same by hot-melt adhesive. Products of the waterproof integrated pressure-sensitive-adhesive modularized crystalline silicon power generation board system are material-saving, energy-saving and environment-friendly during production and construction, and be applicable to flat roofs and curved roofs simultaneously. The waterproof integrated pressure-sensitive-adhesive modularized crystalline silicon power generation board system has flexibility of flexible film solar cells and low cost which fails to be qualified by the flexible film solar cells. Mounting process can be simplified and economy and convenience are achieved. Further, the waterproof integrated pressure-sensitive-adhesive modularized crystalline silicon power generation board system can be processed and completed directly in a factor, can be paved by adhesives during construction, and photovoltaic utilization can be effectively popularized.

Description

technical field [0001] The invention relates to a solar power generation and waterproof integrated board, in particular to a self-adhesive modularized crystalline silicon solar power generation and waterproof integrated board system. Background technique [0002] With the increasing tension of traditional energy sources such as oil and coal, the development and utilization of almost inexhaustible solar energy is gradually put on the agenda. The scale of projects such as solar power generation has gradually expanded, and a series of photovoltaic products have been developed. The surface of many buildings is generally well-lit, which can provide a place for solar power generation, which can greatly reduce the energy consumption of the building itself. However, traditional photovoltaic products are not easy to install in buildings, and scattered solar panels will affect the beauty of the building itself, and sometimes leave certain safety hazards. Therefore, the owners have a...

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Problems solved by technology

[0003] The traditional way of hot-melt asphalt waterproof construction usually comes at the cost of destroying the roof waterproof structure, which is neither environmentally friendly nor costly

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