This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Frameworks for Power and Systems Management in Hybrid Vehicles: Challenges and Prospects
Technical Paper
2006-21-0005
Annotation ability available
Sector:
Event:
Convergence 2006
Language:
English
Abstract
Pi Technology has been working on hybrid propulsion systems for its various customers for several years, including the Ford Fuel Cell Focus and Hybrid Escape. The systems we have worked on cover a wide range of technologies, from fuel cell/battery and engine/battery systems to hydraulic based systems. As a result we are only too aware of the multitude of issues that need to be addressed. Each of the systems when viewed in isolation appears to be completely different to each of the others; however, we have found this not to be the case, in that common architectural challenges have emerged from each system. In this paper we review the issues we encountered on two early hybrid projects and discuss our experimental efforts at creating a unified control strategy framework for combining different components, in a way that provides a consistency of view between the individual subsystems and the system as a whole. We then go on to examine how we applied this experience to a hydraulic hybrid vehicle, and to some of the novel issues that such systems possess.
Recommended Content
| Technical Paper | GE Electric Drivetrain Technologies for Lightweight Battery Dominant Hybrid Fuel Cell Bus |
| Technical Paper | Electrovan-A Fuel Cell Powered Vehicle |
Authors
Citation
Bridges, J., Wartnaby, C., Stannard, D., Styles, J. et al., "Frameworks for Power and Systems Management in Hybrid Vehicles: Challenges and Prospects," SAE Technical Paper 2006-21-0005, 2006.Also In
References
- Wartnaby C.E. Bennett S.M. Ellims M. Raju R.R. Mohammed M.S Patel B. Jones S.C. SAE Technical Paper Series 2003-01-0863 SAE Word Congress 2003 lso Journal of the SAE 2004
- http://www.bondgraphs.com/ 16 May 2006
- Biddle R. Martin A. Noble J. SIGPLAN Notices 38 12 2003 ACM Press
- World's First Full Hydraulic Hybrid Urban Delivery Vehicle http://www.epa.gov/oms/technology/420f05006.htm 5 July 2006