The proton exchange membrane water electrolyzer (PEMWE) has broad prospects in
hydrogen production due to its green and efficient advantages. This paper comprehensively …

The inhomogeneous current density distribution might cause irreversible damage to the
membrane electrode assemblies of proton exchange membrane water electrolyzers. Herein …

Hydrogen serves as an efficient energy vector with advantages such as high energy density,
greenness, and cleanliness. Hydrogen generation from water electrolysis with renewable …

To mitigate the impacts of anthropogenic climate change, clean energy storage solutions
such as hydrogen produced via polymer electrolyte membrane water electrolysis (PEMWE) …

The flow field is a crucial component of proton exchange membrane electrolyzer cell
(PEMEC), significantly impacting cell performance and distribution uniformity. This study …

The design of the bipolar plates is essential to ensure a uniform distribution of reactants in
the active area. This study designed a flow field that can quickly discharge oxygen. The …

Uniform reactant supply is challenging for high-performance proton exchange membrane
water electrolysis (PEMWE) in renewable energy storage. The anode flow-field pattern …

This state-of-the-art overview is designed to present indispensable features of nanodiamond
nanocomposites and their utilization of advanced energy devices/systems including solar …

The flow channel play a critical role in water-gas transfer within an electrolysis cell, directly
impacting its mass and heat transfer capacity. While most studies concentrate on the overall …