The present work proposes a model which integrates the finite element method in a dynamic simulation, in order to achieve a higher accuracy and the possibility to investigate the influence of various parameters on the fuel cell system dynamics. The model takes also in consideration the system auxiliaries representing a flexible platform with the capability to predict the PEMFC system dynamics and to provide important information for the design of control strategies.
Simulink-Femlab integrated dynamic simulation model for a PEM fuel cell system / Radu, R., Taccani, R.. - STAMPA. - 1:1(2005), pp. ---. (1st European Fuel Cell Technology and Applications Conference EFC2005 Roma dicembre 2011).
Simulink-Femlab integrated dynamic simulation model for a PEM fuel cell system
RADU, ROBERT;TACCANI, RODOLFO
2005-01-01
Abstract
The present work proposes a model which integrates the finite element method in a dynamic simulation, in order to achieve a higher accuracy and the possibility to investigate the influence of various parameters on the fuel cell system dynamics. The model takes also in consideration the system auxiliaries representing a flexible platform with the capability to predict the PEMFC system dynamics and to provide important information for the design of control strategies.Pubblicazioni consigliate
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