Stereoscopic solar cell module production flow line

Abstract

The invention discloses a stereoscopic solar cell module production flow line, which comprises a welding and laying area, a lamination area, a solidification area, a cleaning and test area, an automatic packaging area, a before-lamination detection area, an after-lamination detection area and a framing area, wherein the welding and laying area, the lamination area, the solidification area, the cleaning and test area and the automatic packaging area are arranged on a first layer; the before-lamination detection area, the after-lamination detection area and the framing area are arranged on a second layer; and a lift and transmission unit is arranged between the first layer and the second layer. A two-layer platform is provided, and meanwhile, docking to a laminating machine on the first layer is realized on the second layer, thereby reducing the length of the line body before or after the laminating machine and enabling the layout of the whole production flow line to be stereoscopic; the stereoscopic solar cell module production flow line is compact and complete in structure, and effectively improves space utilization rate of a factory; and meanwhile, from glass automatic feeding to automatic packing and encasement, the whole line body is smooth in operation and high in degree of automation, and truly realizes the function of large production power of a small workshop.

Description

technical field [0001] The invention relates to a production line for solar cell components, in particular to a production line for three-dimensional solar cell components, which is suitable for the production field of solar cell components. Background technique [0002] At present, most of the solar cell modules adopt assembly line production method, and the layout of the assembly line is different according to different factories, but basically adopt the layout of single-layer assembly line, this single-layer layout is suitable for factories with a height of more than 5m. A waste of space, occupying a large area. [0003] The present invention adopts a double-layer three-dimensional layout diagram, which has a more compact layout and is suitable for factory buildings with a height exceeding 5m. Its advantage is to improve the utilization rate of the workshop space, double the number of lines before and after the laminator, which can meet the requirements of more laminator...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the solar cell modules adopt assembly line production method, and the layout of the assembly line is different according to different factories, but basically adopt the layout of single-layer assembly line, this single-layer layout is suitable for factories with a height of more than 5m. A waste of space, occupying a large area

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