A fully automatic photovoltaic module lamination equipment

Abstract

The invention is applicable to photovoltaic module manufacturing equipment and provides a piece of full-automatic photovoltaic module laminating equipment. The laminating equipment comprises EVA material laying devices respectively arranged on multiple laminating working tables, a battery string type-setting machine, a battery string bus bar welding machine, an EVA and TPT material composited laying machine and an automatic inspection device, wherein the EVA material laying devices are arranged on a first laminating working table, the laminating equipment further comprises an automatic tempered glass feed mechanism arranged close to the first laminating working table, a horizontal gear conveyor belt, a horizontal transmission motor for driving the horizontal gear conveyor belt and a stroke control switch for starting and stopping the horizontal transmission motor are arranged on each of the plurality of laminating working tables, and a glass substrate of a photovoltaic module is conveyed between the plurality of laminating working tables through the horizontal gear conveyor belts. Therefore, according to the full-automatic photovoltaic module laminating equipment, the manufacturing of the photovoltaic module is automated, the production efficiency is improved, and the product quality is improved.

Description

technical field [0001] The invention relates to photovoltaic module manufacturing equipment, in particular to a fully automatic photovoltaic module lamination equipment. Background technique [0002] The photovoltaic industry is a new type of environmentally friendly energy that utilizes sunlight. Under the promotion of governments of various countries, the current average annual growth rate of the global photovoltaic industry has reached 30%. Over the years, the photovoltaic industry has been one of the fastest growing and most stable fields in the world. , and has become one of the fastest growing emerging industries in the world. Before 2010, the photovoltaic industry will continue to grow at a high rate of more than 30%. From 2010 to 2040, the compound growth rate of the photovoltaic industry will be as high as 25%. The foreseeable high-speed growth will continue for more than 40 years. The development speed of my country's photovoltaic module manufacturing industry is ...

AI Technical Summary

Problems solved by technology

[0003] The existing stacking equipment for photovoltaic modules mainly has the following disadvantages: 1. The processes required for stacking are all manual operations, and the efficiency is low; 2. Two people are required for manual loading, which wastes manpower; 3. The manual process used in all processes Unstable to the production process; 4. Man-made handling between each process is not conducive to production efficiency and safe production, and at the same time affects the physical load of employees; 5. The manual film arrangement takes a long time, wasting time and manpower

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