An account of the work at Electro Energy, Inc. involving the development of a battery for NASA's Crew Rescue Vehicle (CRV) is given. Test data is presented both at the sub-stack level (6V) as well as the full module level (30 V). Based on these results, a design for the full-sized battery is described along with improvements at the cell level intended to enhance cycle life.
Space Shuttle CRV Bipolar Metal Hydride Battery
Sae Technical Papers
Power Systems Conference ; 2004
2004-11-02
Conference paper
English
Space Shuttle CRV Bipolar Metal Hydride Battery
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