Laminated curing equipment of solar-cell panel

Abstract

The invention discloses laminated curing equipment of a solar-cell panel, comprising conveying worktables which are respectively arranged at the front part and the rear part of the laminated curing equipment and a laminating machine jointed with the front conveying worktable, wherein a laminated curing furnace is joined behind the laminating machine; two groups of heating and curing units comprising a conveying mechanism, an upper heat-insulating casing, a lower heat-insulating casing and a heating plate arranged on the inner side of the heat-insulating casing are at least laminated on the laminated curing furnace; and curing furnace lifting oil cylinders are symmetrically arranged on two sides of the laminated curing furnace. According to the invention, by matching the laminated curing furnace with the laminating machine, the laminating step and the curing step are sequentially joined on the same production line and are mutually matched, the problem that the improvement on the production efficiency of the production line of the solar-cell panel is limited because the curing time is longer than the laminating time is solved, and the production efficiency of the production equipment of the solar-cell panel can be improved. Meanwhile, by adopting a curing furnace structure in which the solar-cell panel is heated by the heating plate, the solar-cell panel is uniformly heated and thereby the quality of the solar-cell panel products can be ensured.

Description

technical field [0001] The invention relates to solar cell panel production equipment, in particular to a solar cell panel lamination and curing device. Background technique [0002] At present, the lamination and curing processes of solar panel production are mostly completed on the same laminator. Since the time required for the curing process is long relative to the time required for lamination, and the heating temperature for curing is high relative to the heating temperature for lamination, the production efficiency of the solar cell panel lamination curing apparatus is limited. In the prior art, there is a production method in which the laminated solar panels are concentrated in the same curing furnace and cured at the same time, but this production method is difficult to assemble the lamination and curing equipment into a lamination, In the curing production line, a lot of transfer work needs to be completed from the laminator to the curing furnace, and it takes a lo...

AI Technical Summary

Problems solved by technology

Since the time required for the curing process is long relative to the time required for lamination, and the curing heating temperature is high relative to the lamination heating temperature, the production efficiency of solar panel lamination curing equipment is limited

In the prior art, there is a production method in which the laminated solar panels are concentrated in the same curing furnace to complete curing at the same time, but this production method is difficult to form lamination and curing equipment into an orderly connection between the upper and lower processes. In the curing production line, a large amount of transfer work needs to be completed from the laminator to the curing furnace, and a lot of time is consumed at the same time. Moreover, because the curing furnace used is to place the battery panels in the curing furnace body in multiple layers, the curing process is completed by rotating hot air. The heating and curing of the battery board, the curing furnace equipment is complicated, it is difficult to ensure that the battery board is heated evenly, which affects the product quality of the battery board

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