将先进制造技术应用于双极板的新型材料合成和制备过程中能有效地实现高附加

The application of advanced manufacturing technology to the synthesis and preparation of new materials for bipolar plates can effectively achieve high-value-added mass production. And for some complicated and difficult-to-operate flow field design, such as: gradient layered design between different flow channels and convection flow design left by the yin and yang poles, accurate and correct assembly and layout, the mass transfer efficiency and water of the proton exchange membrane Thermal management is of great help.

The large-scale production of high added value can be effectively realized by applying advanced manufacturing technology to the synthesis and preparation of new materials of bipolar plate. And some complex and difficult to operate the flow field design, such as: the gradient layering between different running ways and yin and yang polar retention of convective flow design for accurate assembly layout, proton exchange membrane mass transfer efficiency and hydrothermal management have great help.

The application of advanced manufacturing technology in the synthesis and preparation of new materials for bipolar plates can effectively achieve large-scale production with high added value. And for some complex and difficult to operate flow field design, such as the gradient layering design between different flow channels and the convection flow design left between the positive and negative poles, accurate assembly and layout is of great help to the mass transfer efficiency and hydrothermal management of the proton exchange membrane.