The dynamic response performance of fuel cell has a great significance on the output power
and reliability of the system, which works mainly under load change conditions. This paper is …

This paper proposes a novel approach for fault diagnosis of polymer electrolyte membrane
fuel cell (PEMFC) with two-dimension (2D) image data, and investigates its effectiveness of …

Analyzing the dynamic characteristics of pairs of polymer electrolyte membrane fuel cell
(PEMFC) is crucial for enhancing the efficiency and flexibility of the system in which it is …

In this paper, a novel model for the dynamic reliability analysis of a polymer electrolyte
membrane fuel cell system is developed to account for multi-state dynamics and ageing. The …

The stack degradation of a fuel cell system is a critical factor in ensuring the stack
performance and reliability of a fuel cell vehicle (FCV). In particular, the stack degradation …

In this work, a computational fluid dynamics (CFD) model was coupled with an advanced
statistical strategy combining design of experiments (DoE) and the Monte Carlo method to …

Hydrogen-powered fuel cells will play a vital role in the next generation of energy systems.
In this regard, Proton Exchange Membrane Fuel Cells (PEMFC) represent a promising …

Abstract Response Surface Methodology (RSM) when combined with the Propagation of
Error (PoE) approach offers an efficient robust design able to find the best operating …

A one-dimensional multi-scale coupled, transient, and mechanistic performance model for a
PEMFC membrane electrode assembly has been developed. The model explicitly includes …

Tackling climate change is arguably the biggest challenge humanity faces in the 21st
century. Rising average global temperatures threaten to destabilize the fragile ecosystem of …