Most of the hydrogen produced today is made using fossil fuels, making a significant
contribution to global CO 2 emissions. Although polymer electrolyte membrane water …

Activation overpotential is a very important parameter in evaluating the performance of PEM
electrolyzer, it is one of the major overpotentials that contribute towards overall operating …

To match intermittent solar energy supply with energy demand, power-to-hydrogen is a
viable solution. In this framework, designing a directly coupled photovoltaic-electrolyzer …

In this paper a systematic understanding of how charge transfer coefficient (CTC) and
exchange current density contributes to polarization and performance characteristics of PEM …

In this article, we have brought a different perspective to the topic of mass transport losses in
a proton exchange membrane (PEM) water electrolyzer, particularly regarding the role of …

The electrolyzer is a significant reactor for separating water into favorable products:
hydrogen and oxygen. The technical difficulty lies in developing a system that satisfies the …

This work focuses on a comprehensive performance enhancement considering hydrogen
production, energy consumption of balance of plant (BOP), and thermal safety by optimizing …

Driven by carbon-neutrality, the deployment of photovoltaic arrays and wind turbines
increases rapidly in the power, heating and mobility sectors. To comply with the needs of …