Real-Time Simulation of PEM-Based Fuel-Cell Hybrid Electric Vehicles

Publication date : Nov 2005
Paper File : 2005_gpc_dufour_pem_fchev.pdf



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Abstract

This paper presents results on real-time simulation of a PEM-based fuel-cell hybrid electric vehicle. The hybrid electric vehicle is composed of a battery, a fuel cell, a DC-DC converter and a choice of PMSM or induction motor drive. This circuit is modeled in part with special interpolating IGBT bridge models that are very accurate despites the high carrier frequency of the various converters (10 kHz). The Emmeskay fuel cell stack model is used for the simulation and runs in real-time on standard PC under the RT-LAB software.

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