Solid-oxide fuel cell (SOFC) power plant plays a vital role in a hybrid alternative energy
based microgrid due to its reliability and flexibility in power supply. However, the control of …

The present work investigates different models of polymer electrolyte membrane fuel cell.
More specifically, three models are studied: a nonlinear state-space model, a generic …

This work proposes a reduced-order sliding mode observer (SMO) based nonlinear control
to regulate a multivariable proton exchange membrane fuel cell (PEMFC) integrated system …

This paper presents a review of recent publications on mathematical modeling, steady-state
and dynamic behavior, and control of polyelectrolyte membrane and solid oxide fuel cells …

This work synthesizes a reduced-order sliding mode observer-based sliding mode controller
for a proton exchange membrane fuel cell system. This multivariable closed-loop system is …

The present article investigates a model predictive control-based operation strategy of an
automotive fuel cell air system. For this purpose, a nonlinear model of a fuel cell system is …

Gas supply system control, which consists of air and hydrogen supply control, are two basic
and crucial topics for proton exchange membrane fuel cell (PEMFC) control. To protect the …

This paper presents a scheme of designing finite-time high-order sliding mode (HOSM)
observer which provides some essential requirements to be used in a sensorless control …

Fuel cell (FC) systems are appropriate candidates as alternative energy sources for use in
stand-alone applications. However, the FC generates an unregulated voltage, which is not …

By utilizing the state feedback exact linearization approach, a nonlinear robust control
strategy is designed based on a multiple-input multiple-output (MIMO) dynamic nonlinear …