Flexible film-like solar cell composite layer

Abstract

The invention provides a flexibility water proof membrane solar cell compound layer body capable of preventing a conductive section moisture absorption and power output from reducing, wherein a solar cell layer (1) is jointed on a flexibility water proof support membrane material (5), a flexibility adhesive resin layer (9) and a flexibility surface protective membrane layer (10) are covered on the solar cell layer in turn, and further extend outward, thereby jointing on the support membrane material (5). The solar cell layer is sealed. An anode and a cathode conductive sections in the solar cell layer are covered directly by a conductive section damp course or indirectly by the resin layer (9), and a crosslinking resin layer (6) formed between the resin layer (9) and the membrane layer (10) according to demands.

Description

technical field

[0001] The present invention relates to a flexible film-shaped solar battery composite layer. In more detail, the present invention relates to a flexible film-shaped solar cell multilayer body that includes a flexible solar cell and is excellent in moisture resistance and water resistance. The flexible film-shaped solar cell laminate of the present invention is used as a component of large tent structures, tent warehouses, sunshade tents, house tents, agricultural houses, truck covers, shutters, etc. that need to be rolled up or bent for transportation or storage. is useful. Background technique

[0002] The energy source of solar cells is the sun, so it is inexhaustible, and unlike fossil energy, it is not exhausted. Therefore, solar cells are expected as clean energy that has zero load on the environment and contributes the most to preventing global warming. In addition, amorphous silicon solar cells have the advantages of being thin and lightweight, low ...

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