The fuel cell oxygen starvation problem is addressed in this paper using a robust load
governor. By regulating the current drawn from the fuel cell, the pointwise-in-time constraints …

In the future, a major role of fuel cells in combined heat and power generation systems is
envisaged. It is well known that a fuel cell's efficiency is highly dependent on the operating …

Load following fuel cell systems depend on control of reactant flow and regulation of DC bus
voltage during load (current) drawn from them. To this end, we model and analyse the …

This work deals with the control of polymeric fuel cells. It includes a linear analysis of the
system at different operating points, the comparison and selection of different control …

L'étude, le dimensionnement et le test d'un dispositif de stockage d'énergie, à base de
supercondensateurs, destiné à fonctionner dans un véhicule à pile à combustible sont …

The air supply system in a fuel cell may be susceptible to saturation during transient driving
conditions. The air compressor surge and choke can disrupt the flow of air into the cathode …

This paper deals with the design of a 500 W permanent magnet machine used to drive the
air-compressor of a 5 kW fuel cell. The authors focus on the optimization of the motor …

This paper presents a method of the energy efficiency and the operational performance
improvement of the electrically driven air compression system. The key innovation of the …

A comprehensive model of a polymer electrolyte membrane (PEM) fuel cell was derived
from first principles, implemented in an advanced simulation software suite, verified against …

The problem of oxygen starvation coupled with air compressor saturation in fuel cells is
addressed in the first half of this work. Fast load transients on a fuel cell can result in low …