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TIGERS exhaust gas energy recovery using an
integrated turbo-generator system
science-&-motorvehicles07/84_johnstone

Authors

M.Michon - The University of Sheffield
S.D. Calverley - The University of Sheffield
R.E. Clark - The University of Sheffield
D. Howe - The University of Sheffield
J.D.A. Chambers - Switched Reluctance Drives Ltd.
P.A. Sykes - Switched Reluctance Drives Ltd.
P.G. Dickinson - Switched Reluctance Drives Ltd.
M.McClelland - Switched Reluctance Drives Ltd.
G. Johnstone - Visteon UK Ltd.
R. Quinn - Visteon UK Ltd.
G. Morris - Visteon UK Ltd., UK

Visteon UK Ltd., UK

Abstract

Key words: Turbo-generator; switched reluctance; exhaust energy recovery.

In order to meet increasingly arduous vehicular CO2 emission targets, various `more-electric´ technologies are emerging, resulting in an increase in the peak vehicle electrical load. An attractive solution to meeting this electrical power requirement is to generate electrical energy from the exhaust gas by means of a turbogenerator system, consisting of a turbine-driven high-speed switched reluctance generator and an energy storage/power buffer. Such a system provides a significant improvement over current vehicle electrical architectures in terms of electrical power availability and fuel saving. The paper describes a prototype turbo-generator exhaust gas energy recovery system that has been manufactured and is currently undergoing testing.

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