Large-scale production process for galvanic pile of MWGW-level electrolytic cell

Abstract

The invention relates to a large-scale production process for a galvanic pile of an MWGW-level electrolytic cell. The large-scale production process comprises field inspection and management equipment, a mechanical arm and belt conveyors, wherein ends of the belt conveyors are connected to an automatic gravity induction assembly platform; the belt conveyor which is positioned at the left side of the automatic gravity induction assembly platform communicates with a polar plate feeding hole; the belt conveyor which is positioned at the lower side of the automatic gravity induction assembly platform communicates with a sealing material feeding hole; the belt conveyor which is positioned at the right side of the automatic gravity induction assembly platform communicates with a nickel net feeding hole; and the belt conveyor which is positioned at the upper side of the automatic gravity induction assembly platform communicates with a diaphragm feeding hole. All assembly processes are automatically accomplished by a mechanical system, so that assembly is quick, the yield is high and finished product precision is high. The large-scale production process is very suitable for volume production of the large-unit-area galvanic pile, reduces a rejection rate according to field inspection; and a mechanical production line eliminates human errors or mistakes.

Description

technical field [0001] The invention relates to a large-scale production process of electrolytic cell stacks, in particular to a large-scale production process of MWGW-level electrolytic cell stacks. Background technique [0002] The cost of materials and manufacturing of electrolyzers today is high, mainly due to the lack of affordable components and automated manufacturing processes. Mass customization without standardization also leads to higher production and processing costs, which further hinders the large-scale production of electrolyzer stacks, especially the large-scale production of MW / GW-level electrolyzers. The assembly process is currently mainly operated manually by technicians, and quality control still depends on the professional skills of technicians and sample-by-sample analysis, resulting in high production costs and low production efficiency. Therefore, it is necessary to comprehensively study efficient and low-cost materials and methods suitable for lar...

AI Technical Summary

Problems solved by technology

[0002] The cost of materials and manufacturing of electrolyzers today is high, mainly due to the lack of affordable components and automated manufacturing processes

Mass customization without standardization also leads to high production and processing costs, further hindering the large-scale production of electrolyzer stacks, especially the large-scale production of MW / GW-level electrolyzers

The assembly process is currently mainly operated manually by technicians, and quality control still depends on the professional skills and sample-by-sample analysis of technicians, resulting in high production costs and low production efficiency

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