The two primary challenges preventing the commercialization of fuel cell hybrid electric
vehicles (FCHEV) are their high cost and limited lifespan. Improper use usage can could …

The realization of dc-dc converters performs a vital function in exploiting renewable energy
sources such as solar photovoltaic (PV) and fuel cell applications. This paper demonstrates …

Fuel cells have drawn a lot of interest in recent years as one of the most promising
alternative green power sources in microgrid systems. The operating conditions and the …

This paper proposes an ultrahigh synchronous drive step-up dc-dc converter to improve the
low voltage generated by proton exchange membrane fuel cell (PEMFC) with proper duty …

This article presents an investigation into the effect of a high-frequency current ripple on the
performance of fuel cell stacks. A current with high-frequency ripple can be drained from a …

The integration of renewable energy into the grid demands the development of increasingly
more sophisticated power electronics configurations. This situation has motivated the current …

Highlights•An advanced energy management (AEM) is proposed for fuel cell-based
microgrid.•A self-regulated controller (SRC) is utilized to reduce computational …

In this paper, a control design methodology for a high-gain non-isolated double-inductor
boost converter is proposed. The studied topology of the converter is based on a traditional …

This article focuses on the analysis of a newly introduced DC-DC converter structure
suitable for applications in fuel cell generation systems, the Modified Series Capacitor …

Hydrogen fuel cell technology is one of the key focus areas to facilitate the transition from
carbon-based fuels to more sustainable solutions in the transportation and mobile power …