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Design and Performance Characteristics of a Hybrid Vehicle Power Train
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Abstract
An analysis was carried out to determine the design requirements and performance characteristics of a hybrid vehicle containing an internal combustion engine, batteries, generator, traction motor, and power conditioning. Consideration of urban and high speed highway operation leads to special requirements for a high power density battery. Detailed modeling and simulation of power train components and their interfaces on an analog/digital computer allowed an evaluation of the total vehicle system when driven in urban traffic. Results show that presently available components or those which could be developed in the near term can be combined to make an attractive vehicle propulsion system offering improved fuel economy.
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Gelb, G., Richardson, N., Wang, T., and DeWolf, R., "Design and Performance Characteristics of a Hybrid Vehicle Power Train," SAE Technical Paper 690169, 1969, https://doi.org/10.4271/690169.Also In
References
- Richardson N. A. Gelb G. H. Wang T. C. Licari J. A. “System Design Implication of Electric and Hybrid Vehicles.” Paper 689109 August 1968
- Weinberg M. I. “The Urbmobile -- A Dual-Mode Vehicle System Design Concept.” Paper 680397 presented at SAE Mid-Year Meeting May 1968
- 1967
- Biddick R. E. Nelson R. D. “Lead-Acid Bipolar Battery for Multi-second Pulse Discharge.” Intersociety Energy Conversion Engineering Conference 1968 Record, paper 689006 August 1968
- Charlip S. Lyall A. E. Seiger H. N. Shair R. C. “A Power Supply for an Emission-Free Vehicle.” Proceedings of Advances in Battery Technology Symposium, Vol. 3, S. California-Nevada Section of Electrochemical Society Dec 1 1967
- Barak M. “Developments in Electrochemical Energy-Conversion Devices, Batteries and Fuel Cells.” Electronics and Power October 1965 352 356
- Hamer W. J. “Aircraft Storage Batteries.” Paper 60–849 presented at AIEE Summer General Meeting June 1960
- Price A. C. “A Proposed New Rating Standard for Automotive Batteries.” Paper 680392 presented at SAE Mid-Year Meeting May 1968
- Shepard C. M. “Design of Primary and Secondary Cells, II -- An Equation Describing Battery Discharge.” Journal of Electrochemical Society 112 July 1965
- Vinal G. W. “Storage Batteries.” New York John Wiley and Sons, Inc July 1966