In response to the demand for absorbing curtailed renewable power, the flexible regulation technology of electrolyzers has undergone comprehensive iterative optimization. The new-generation electrolyzers break through the limitations of traditional fixed-load operation, realizing ultra-wide-range d...

Square atmospheric-pressure electrolyzers are gradually replacing traditional circular high-pressure electrolyzers and have become core equipment for large-scale green hydrogen production at the current stage. Based on safe atmospheric-pressure operation, such electrolyzers feature modular stacking...

At present, atmospheric-pressure square alkaline water electrolyzers are being upgraded in three major directions: First, material innovation. Further optimization of electrode catalyst formulations and composite diaphragm performance will reduce equipment costs and extend service life. Second, in...

The electrolyzer is strictly divided into an anode chamber and a cathode chamber by a perfluorosulfonic acid/perfluorocarboxylic acid composite cation exchange membrane. This membrane features unipolar selective permeability: it only allows cations such as sodium ions to migrate directionally to the...