Power requirements for batteries in hybrid electric vehicles
Source abstract
Abstract
Abstract The operation of batteries in hybrid electric vehicles (HEVs) involves unusual constraints not seen in other applications. This paper reviews the specifications and operational requirements imposed on batteries due to the projected architectures for HEVs as defined by the DOE/PNGV Program. It also reviews the performance issues involved in battery HEV operation and surveys the strengths and weaknesses of the candidate electrochemical technologies. Finally, battery designs are recommended for the two major projected HEV applications, namely the so-called “fast-response” and “slow-response” systems identified in the DOE/PNGV Programme.
Source: openaire · Quality: candidate unverified · Source record ↗
Research context
OpenAlex topics: Advanced Battery Technologies Research · Electric and Hybrid Vehicle Technologies · Electric Vehicles and Infrastructure
SciVX discovery tags are terminology-based. OpenAlex topics are source-provided classifications.
References (34)
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1. J. Keating, et al., Proceedings of ISATA 29, June, 1996, Florence, Italy, paper no. 96EL011, pp. 47–55.
2. A. Brunia, et al., Proceedings of ISATA 27, September, 1994, Aachen, Germany, paper no. 94EL042, pp. 183–188.
3. G. Schaumberg, Proceedings of ISATA 27, September, 1994, Aachen, Germany, paper no. 94EL076, pp. 113–120.
4. J.P. Maceda, Proceedings of ISATA 29, June, 1996, Florence, Italy, paper no. 96EL074, pp. 507–514.
5. H.D. Olmstead, Electric and Hybrid Vehicle Technology Magazine (1995), no page reference.
6. V.P. Roan, Proceedings of ISATA 29, June, 1996, Florence, Italy, paper no. 96EL049, pp. 183–191.
7. H. Hong, et al., Proceedings of ISATA 29, June, 1996, Florence, Italy, paper no. 96EL029, pp. 167–174.
8. C. Besant, et al., Proceedings of ISATA 27, Sept., 1994, Aachen, Germany, paper no. 94UL022, pp. 707–715.
9. Friedmann · 1995 · 35
10. H. Ishitani, et al., Proceedings of ISATA 26, September, 1993, Aachen, Germany, paper no. 93EL015, pp. 511–518.
11. W. Kriegler, et al., Proceedings of ISATA 27, September, 1994, Aachen, Germany, paper no. 94EL073, pp. 539–551.
12. R.L. Hodkinson, Proceedings of ISATA 29, June, 1996, Florence, Italy, paper no. 96EL079, pp. 271–277.
13. Brost · 1998 · 25
14. R.F. Nelson, presentation at IECEC '96, August, 1996, Washington, DC, in Session 40 on “Batteries for Terrestrial Vehicles”.
15. Olson · 1998 · 167
16. Menjak · 1998 · 13
17. Rechargeable Batteries Applications Handbook, Butterworth-Heinemann, Stoneham, MA, 1992, pp. 176–177, 199.
18. Nelson · 1996 · 173
19. Sexton · 1998 · 297
20. Copetti · J. Power Sources · 1994 · 47 · 10910.1016/0378-7753(94)80054-5 ↗
21. Hunt · 1997 · 211
22. PNGV Test Manual, Rev. 2, July, 1999. Order from Dr. G.L. Hunt, INEEL/INMETCO, P.O. Box 1625, 2525 Fremont Ave., Idaho Falls, ID 83415.
23. Kalhammer · 2000 · 57
24. Disosway · 1996 · 19
25. Koehler · 1997
26. Ovshinsky · 1997
27. F.R. Kalhammer, et al., Performance and Availability of Batteries for Electric Vehicles: A Report of the Battery Technical Advisory Panel, December, 1995, a report prepared for the California Air Resources Board, CARB.
28. Brown · 1999 · 19
29. Nishi · 1998 · 31
30. Rogers · 1997 · 191
31. Mac Arthur · 1996 · 307
32. Letourneau · 1997 · 87
33. Proceedings of the Annual Department of Energy Automotive Technology Development Customers' Coordination Meeting, October 27–30, 1997, Dearborn, MI, Section on Hybrid Electric Vehicle Technologies.
34. Electric and Hybrid Vehicle Technology '97 Magazine, UK and International Press, Dorking, Surrey, UK, Section 1, pp. 10–56.