High-efficiency photovoltaic solar module welding equipment

Abstract

The invention discloses efficient photovoltaic solar module welding equipment. The efficient photovoltaic solar module welding equipment comprises a feeding module, a battery piece feeding and conveying assembly (a) and a battery piece feeding, conveying assembly (b) and a battery piece spray welding flux conveying assembly, wherein the battery piece feeding and conveying assembly (a) and the battery piece feeding and conveying assembly (b) are symmetrically arranged at the two sides of the feeding module, and the battery piece spray welding flux conveying assembly is arranged to be opposite to the battery piece feeding and conveying assembly (a) and the battery piece feeding and conveying assembly (b) and matched with the feeding module to be used. The battery piece spray welding flux conveying assembly comprises multiple battery piece spray welding flux conveying lines and an integrated type battery piece lifting and locating platform, wherein the multiple battery piece spray weldingflux conveying lines are arranged correspondingly, and the integrated type battery piece lifting and locating platform is arranged at the ends of the battery piece spray welding flux conveying linesand used for conducting adsorption and blowing movement on battery pieces. A locating baffle is arranged between every two of the multiple battery piece spray welding flux conveying lines which are arranged correspondingly. The integrated type battery piece lifting and locating platform is provided with limiting modules, wherein the limiting modules are matched with the locating baffles to be used.

Description

technical field [0001] The invention relates to the technical field of solar module preparation equipment technology and its design method, specifically, it shows a high-efficiency photovoltaic solar module welding equipment. Background technique [0002] As a field of packaging and manufacturing of photovoltaic solar modules, as the investment cost of photovoltaic solar power plants continues to decrease, the manufacturing of photovoltaic solar modules has become highly automated, and the overall industry manufacturing field is developing towards high-speed and high-capacity. Among them, to improve the packaging speed of solar photovoltaic modules, the core process in the front section is the high production capacity demand of the equipment for the welding process of photovoltaic solar cells. At present, the speed of high-speed welding equipment is basically at the bottleneck stage of design and manufacture. It is necessary for the industry to increase the speed of equipmen...

AI Technical Summary

Problems solved by technology

[0004] The further improvement of the speed of serial welding will face the bottleneck limitation of the core module. The design of traditional welding equipment is basically limited to the single-track or symmetrically copied double-track design mode.

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