Hydrogen Production Rate of Temperature Controlled Proton Exchange Membrane Electrolyzer

This study investigates the hydrogen production through the Proton exchange membrane electrolyzer. It focuses on the hydrogen production rates, power, voltage and stack temperature to elaborate the operating dynamic behavior and efficiency of the system. The simulation reveals the characteristically behavior of these parameters including the activation phases, peak performances and stabilization trends. This study provides a framework for designing and optimization the system which contribute in the advancement of renewable hydrogen production technologies.