Recently, GZHJ Hydrogen Energy Technology Corporation held the commissioning ceremony of high-performance fuel cell membrane electrode and PEM water electrolysis project.
As the global "leader" enterprise of membrane electrodes for fuel cells, GZHJ has been committed to the large-scale industrialization of high-performance membrane electrodes for proton exchange membrane hydrogen fuel cells, solving many "technical bottlenecks" in this field.
The annual production capacity of GZHJ's new high-performance membrane electrode production line for fuel cells reaches 10 million pieces per year.
The daily production capacity of CCM has reached 30,000 pieces
In terms of key technologies, GZHJ has developed CCM cathode and anode double-sided direct coating technology, membrane electrode integrated molding technology, and membrane electrode automatic rapid packaging technology, which has laid a solid foundation for the large-scale industrialization of its own membrane electrode.
The daily production capacity of CCM reaches 30,000 pieces, and the yield rate reaches 99.9%; the daily production capacity of membrane electrode products reaches more than 28,000 pieces, and the yield rate reaches 99.3%.
CCM roll-to-roll production line has an annual capacity of 300,000 square meters
It is worth mentioning that another highlight of this commissioning ceremony – China's first CCM roll-to-roll production line for hydrogen production from electrolysis water with fully localized equipment and further upgraded manufacturing processes has also become a highly anticipated link. .
It is reported that the annual production capacity of the production line can reach 300,000 square meters. Such a strong manufacturing capacity will also greatly solve the rapidly growing market demand for membrane electrodes.
GZHJ's layout in the field of R&D and industrialization of PEM water electrolysis hydrogen production membrane electrodes will break through the technological development bottleneck of China's hydrogen production industry and accelerate the commercialization of green and low-carbon hydrogen production.