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Published July 2, 2019 | Version v1
Conference paper Open

Power and responsibility – Integrating a new technology battery into an existing power network

Creators

  • 1. Ministry of Defence, UK

Description

The high energy density of new technology batteries, for example lithium-ion, comes with a downside; potentially extreme short-circuit current. This paper will describe the capability of a demonstrator for a new main battery for a submarine, the consequences of connecting it to the existing DC distribution system, and how the release of stored energy is to be controlled. A complication is that proprietary battery management systems will shut down on excessive current demand, but that behaviour is not consistent with the UPS support function of the battery or with making conventional fault clearance discrimination work in the extended network it serves. An innovative technique to meet the real-life use requirement will be described, giving an energy source with both power and responsibility.

Files

MECSS 2019 Paper 010 Blakey Final P.pdf

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Additional details

References

  • Potter and Lichte: Nickel-Zinc Battery Evaluation at Crane. Internet open source, https//ndiastorage.blob.core.usgovcloudapi.net/ndia/2017/power/potter19503pdf
  • Rhodri W Evans et al: Development of Nickel-Zinc Technology for Military and Civilian Energy Storage Applications. Proceedings, 47th Power Sources Conference, June 14, 2016.
  • ZincFive website www.ZincFive.com
  • ZAF Energy Systems website https://zafsys.com
  • ABB Press Release Messe Hanover,1 April 2019 https://new.abb.com/news/detail/18527/abb-reinvents-thecircuit- breaker-breakthrough-digital-technology-for-renewables-and-next-gen-power-grids