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Hybrid Vehicles Lessons Learned and Future Prospects
Technical Paper
2006-21-0027
Annotation ability available
Sector:
Event:
Convergence 2006
Language:
English
Abstract
There exist many environmental and earth resource problems to be solved for the 21st century. Hybridization of both internal combustion powertrains and fuel cell powertrains holds great promise for next generation vehicles. This paper describes the lessons learned during design, development, production and marketing of nearly 700,000 hybrid vehicles to date. We review the evolution of major components with a focus on reducing cost, mass and volume while increasing power and efficiency. We also describe the future prospects for hybrid vehicles.
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Citation
Hermance, D. and Abe, S., "Hybrid Vehicles Lessons Learned and Future Prospects," SAE Technical Paper 2006-21-0027, 2006.Also In
References
- Abe Shinichi “Development of the Hybrid Vehicle and its Future Expectation” SAE 2000-01-C042
- Muta Koichiro Yamazaki Makoto Tokieda Junji “Development of new generation hybrid system THSII” SAE 2004-04P-117
- Takaoka Toshifumi Kotani Takeshi Abe Shinichi Ueda Tatehiko “Study of the Optimization between Engine and Hybrid Vehicle” Aachener Kolloquium Fahrzeug- und Motorentechnik 2003
- Yaegashi Takehisa Abe Shinichi Hermance Dave “Future Automotive Powertrain - Does Hybridization Enable ICE Vehicles to Strive Towards Sustainable Development?” SAE 2004-21-0082
- Kimura Akihiro Ando Ikuo Itagaki Kenji “Development of Hybrid System for SUV” SAE 2005-01-0273
- Kamichi Kensuke Okasaka Kazuomi Tomatsuri Mamoru Matsubara Takuji Kaya Yasuhiro Asada Hiroki “Hybrid System Development for a High-Performance Rear Drive Vehicle” SAE 2006-06P-35