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Energy Storage Systems-Worldwide
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English
Abstract
Battery electric vehicle demonstration programmes in USA and Europe have emphasised the need for a robust battery with an acceptable cost per cycle. In the UK in particular, urban delivery vehicles with lead acid batteries are close to commercial viability as replacements for the diesel or gasolene vehicle, Uncertanties on oil availability and price escalation are likely to further increase demand for the battery electric alternative. Advanced battery couples with higher energy densities are necessary for penetration into the high volume vehicle market. Of the many on-going battery programmes, no clear winner has yet emerged.
Authors
Citation
Edwards, B., "Energy Storage Systems-Worldwide," SAE Technical Paper 820899, 1982, https://doi.org/10.4271/820899.Also In
References
- Edwards B. D. “A Review of Traction Batteries for Road Vehicles.” January 1982
- Jones I. W. “The Sodium Sulphur Battery” Phil. Trans. R. Soc. Lond A 302 339 350 1981
- Reasbeck P. “The Nickel-Zinc Battery for Electric Vehicles” Phil. Trans. R. Soc. Lond A 302 351 360 1981
- Rand D. A. J. “Battery Systems for Electric Vehicles - A State of the Art Review” Journal of Power Sources 4 101 143 1979
- 1981
- May 1982
- April 1982
- Oct 1981