Proton exchange membrane water electrolysis is a promising technology for the production
of green hydrogen because of its ideal coupling with renewable energies. However, the …

Installing multi-renewable energy (RE) power plants at designated locations, known as RE
parks, is a promising solution to address their intermittent power. This research focuses on …

Nowadays, water electrolysis is widely recognized as a crucial step in the transition towards
a hydrogen-based economy. Several technologies are available for water electrolysis, and …

Renewable energy hydroelectrolysis has emerged as a promising solution for effectively
harnessing discarded wind and photovoltaic (PV) power generation. By integrating a hybrid …

The anode of a proton exchange membrane electrolysis cell (PEMEC) has a complex two-
phase flow. Excessive gas concentrations tend to build up on the catalyst layer (CL) surface …

To accommodate the high-frequency and low-frequency power fluctuations of renewable
energy generation with a lower system cost, a multi-electrolyzer hybrid hydrogen production …

The proton exchange membrane water electrolyzer has garnered increasing attention for the
large-scale consumption of intermittent renewable energy to produce high purity “green …

Incorporating PEM electrolyzers (PEMElz) into microgrid systems presents a promising
avenue for utilizing surplus renewable energy to produce hydrogen while meeting the …

In proton exchange membrane water electrolysis, the water/oxygen distribution
characteristics in the anode channel significantly affect the electrolyzer performance. In this …

The diphasic flow in the flow channel in water electrolyzers is one of the most significant
phenomena affecting the efficiency of power-to-hydrogen. The produced bubbles during …