The current fuel cell technologies are reviewed, with emphasis on their use for combined
cycles of heat and power. The advantages of not generating polluting gases in their …

This article presents an overview of existing fuel cell technologies with a focus on their
microgrid applications with and without heat and power coupled cycles. The cogeneration …

This paper deals with the feasibility of power flow management for a hybrid renewable
energy system and its impact on reducing energy losses and increasing the reliability of the …

In this paper, a novel degradation prediction model for proton-exchange-membrane fuel cell
(PEMFC) performance is proposed based on a multiphysical aging model with particle filter …

This paper presents the parameter identification of an equivalent circuit-based proton-
exchange membrane fuel cell model. This model is represented by two electrical circuits, of …

This paper proposes a control technology of an ultrahigh-speed centrifugal compressor for
the air management of proton exchange membrane fuel cells for automotive applications …

In this article, particle swarm optimized proportional integral (PI) controlled DC‐DC buck
converter‐based proton‐exchange membrane fuel cell emulator has been proposed to test …

This paper presents the modeling and control of an ultrahigh-speed centrifugal compressor
for the air management of proton exchange membrane fuel-cell (PEMFC) systems …

Dynamic variable coupling analysis is an important method to properly design a control
structure for complex multivariable and multi-physical dynamic systems, such as fuel cells …

The continuous access of new energy and distributed energy, as well as the random
disturbance of load power, affect the security and stability of microgrids. A virtual generation …