Evaluation of a Fuel Cell for Powering the Electrical Load of ICE Vehicles
This paper describes the implementation and testing of a fuel cell system for powering the on-board electrical load of a pick-up truck that is being converted to a hydrogen-internal combustion engine. The fuel cell is assisted by a supercapacitor bank during engine starting which requires a much larger current. The sizing of the system components is determined from actual current demand of various loads. This new power source will replace the 12 Volt battery and alternator found in the conventional vehicle. Laboratory tests including supercapacitor charging, engine starting, and load switching are presented.
Automobiles – Batteries; Automobiles – Electric generators; Electrical transients; Fuel cells; Hybrid electric vehicles; Hydrogen as fuel; Internal combustion engines; Mobile power sources; Motor vehicles – Electronic equipment; Supercapacitors
Electrical and Computer Engineering | Engineering Science and Materials | Mechanical Engineering | Oil, Gas, and Energy | Sustainability | Transportation
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Boehm, R. F.
Evaluation of a Fuel Cell for Powering the Electrical Load of ICE Vehicles.
2007 International Conference on Clean Electrical Power