This production line is specifically designed for the assembly and manufacturing of graphite/metal plate stacks—the core components of hydrogen fuel cells. Featuring a modular design and flexible assembly concept, it offers high compatibility and can accommodate the production requirements of stacks in various sizes.
PRODUCT DESCRIPTION
The entire line integrates a multi-station feeding mechanism that supports non-stop material loading, ensuring continuous and efficient production. It is equipped with an automated vision alignment system that guides robots to perform high-precision, high-speed automatic stacking operations. The stacking process employs multi-speed control and real-time force feedback servo technology, combined with high-rigidity carriers, to ensure uniform force distribution and minimal deformation of the stacks.
Additionally, the line automates steel strip feeding, bending, welding, and in-line inspection. Its gas-tight piping design is scientifically rigorous, supporting multiple testing modes including zero-leak and standard-leak tests. The entire process covers all stages from MEA/bipolar plate/ end plates, through laser welding of binding straps, to fuel cell stack leak testing, laser marking, and finished product unloading. It offers comprehensive functionality and controllable processes.
The production line enables full-process monitoring and data traceability through the MES system, featuring high flexibility for expansion and information management capabilities. It can rapidly scale configurations based on production capacity requirements while maintaining high stability and process reliability, providing robust support for the mass production of hydrogen fuel cell stacks.
Project Parameters
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