Flexible solar battery component and packaging method thereof

Abstract

The invention relates to a flexible solar battery component and a packaging method thereof, belonging to the technical field of solar photovoltaic. The flexible solar battery component consists of an inner packaging layer, an outer packaging layer and a flexible solar battery chip, wherein glue films are arranged between the battery chip and the inner packaging layer and between the battery chip and the outer packaging layer; the battery chip is coated by the glue films; the periphery of the battery chip is provided with a hot-melting and welding flexible insulating layer; a part of area of the flexible insulating layer is embedded between the two layers of glue films for coating the battery chip and is packaged into a body with the battery chip; and the other part of area of the flexible insulating layer is convex out of the battery component. The battery components are hot-melted and welded into a whole body so as to form a flexible solar battery array. The invention has the positive effects that the battery array can be folded, the quantity and the area of the components can be increased randomly according to the need; and if the reduction or damage of the performance of one or more battery components occurs in the array, the defective battery components are cut for replacement.

Description

technical field [0001] The invention relates to a flexible solar battery component and a packaging method thereof, belonging to the technical field of solar photovoltaics. Background technique [0002] Compared with traditional photovoltaic glass modules, flexible solar cell modules have the advantages of flexible design, light weight, and easy installation. The total weight per unit area of ​​flexible solar cell modules is 3-6Kg / m 2 , while the total weight per unit area of ​​traditional photovoltaic glass modules reaches 25-30Kg / m 2 . Therefore, flexible battery components are favored and are more and more widely used in mobile power supplies. They are foldable and easy to carry, and have gradually become the core components of solar power supply systems for outdoor activities. [0003] Flexible solar cell modules usually have certain size specifications. In order to meet the power consumption and voltage requirements of electrical appliances, multiple flexible solar cel...

AI Technical Summary

Problems solved by technology

Conventional photovoltaic glass modules usually use a metal frame to achieve the folding function. This metal frame structure has the advantages of high strength and good reliability, but it is not suitable for flexible battery modules, because the metal frame itself has a certain weight, which will greatly increase Increase the weight of flexible battery components, making them lose their lightweight features, and metal components are easy to damage battery components

Chinese patent 200720006991.X "Connection method of flexible solar cell modules" encapsulates multiple solar cell units on a flexible material, and connects the solar cell units in series and parallel through built-in flexible conductive wires to realize folding and portability, but there are still the following defects: Connect multiple solar battery units through built-in flexible wires, and then package multiple battery units and their built-in flexible wires into one body with a whole piece of packaging material. Due to the limitation of the processing size in the processing equipment, it is impossible to achieve any large Modular expansion of large-scale high-power battery components, and it is not easy to maintain. If one of the battery cells is damaged or fails, it cannot be repaired or replaced separately, and the entire component must be replaced, resulting in waste.

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