46L Q'XQ 6L 6< Q'< $'$,> K@'KL>< L 6< Q'K'LQ'$6< Q4'< 9YL6L< $>@ Q6: 6Z Q6><>, V'46
9'@ K>@ U9L6>< LYLQ': LD QL,> UL 96'L>< Q4'>< QK> 95> K6'< Q'$: Q4': Q6 9$'L K6 …

A dynamic model of a 1.2 kW polymer electrolyte membrane (PEM) fuel cell (FC) is
developed and validated through a series of experiments. This dynamic model is mostly …

This paper presents a stationary and dynamic study of the advantages of using a regulating
valve for the cathode outlet flow in combination with the compressor motor voltage as …

In this paper, we introduce a modified interpretation of the water activity presented in
Springer et al.[TE Springer, TA Zawodzinski, S. Gottesfeld, Polymer electrolyte fuel cell …

We quantify here the performance limitations of a proton exchange membrane fuel cell with
a compressor-driven air supply under transient loading conditions. We first model and …

The problem of optimal sensor placement for FDI consists in determining the set of sensors
that minimizes a pre-defined cost function satisfying at the same time a pre-established set …

A hybrid model composed of a least square support vector machine (LS-SVM) model and a
pressure-incremental model is developed to dispose operation conditions of current …

This paper will discuss the application of system identification techniques and robust control
strategies to a proton exchange membrane fuel-cell system. The fuel-cell system's dynamic …

In this paper, the robust nonlinear observer will be developed for PEM fuel cell system.
Nonlinear model of PEM fuel cell system is introduced to study the design problems of …

This study explores different hybridization levels of a midsized vehicle powered by a
polymer electrolyte membrane fuel cell stack. The energy buffer considered is a lead-acid …