Larger urban commercial vehicles (such as shuttle and transit buses), various delivery and service vehicles (such as panel and step vans), and garbage trucks and school buses are particularly well suited for electric drive propulsion systems due to their relatively short operating routes, and operation and maintenance from central sites. Furthermore, these vehicles contribute a proportionately large amount to metropolitan air pollution by virtue of their continuous operation in those areas. It is necessary to develop auxiliary power units (APUs) that minimize emissions and in addition, increase range of electric vehicles. This report focuses on the first phase study of the development of APUs for large, electric drive commercial vehicles, intended primarily for metropolitan applications. This paper (1) summarizes the differences between available mobile APUs and Electric Vehicle APU requirements, (2) describes the major components in APUs, and (3) discusses APU integration issues. During this phase, three potential APU manufacturers were identified and selected for development of prototype units at 25 kW and 50 kW power levels.
Development of Auxiliary Power Units for Electric Hybrid Vehicles
1997
45 pages
Report
Keine Angabe
Englisch
Electric & Ion Propulsion , Road Transportation , Transportation & Traffic Planning , Environmental Management & Planning , Air Pollution & Control , Electric propulsion , Heat engines , Electric automobiles , Hybrid propulsion , Life expectancy(Service life) , Land transportation , Cost estimates , Prototypes , Hybrid systems , Air pollution abatement , Energy storage , Drives(Electronics) , Alternators , Standby generators , Apu(Auxiliary power units)
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