A summary of the past and present activities of EPT in the quest to develop the lithium-ion technology for spacecraft applications is presented. Specific technical challenges addressed are rate capability and along with maintained or improved performance (specific energy and cycle life). Preliminary investigations show the LiNiCoO2//MCMB system was found to have a higher rate capability than the LiCoO2//EP-G3 chemistry. Further investigation on the processing and interface effects is necessary to confirm the findings.
Lithium-Ion Cell Development for Satellite Applications
Sae Technical Papers
Aerospace Power Systems Conference ; 1999
1999-04-06
Conference paper
English
Lithium-Ion Cell Development for Satellite Applications
British Library Conference Proceedings | 1999
|Lithium-Ion Satellite Cell Development
Online Contents | 1998
|Next Generation Lithium-Ion Cell for Satellite Applications
British Library Conference Proceedings | 2011
|Lithium-metal sulfide cell development for satellite batteries
Tema Archive | 1983
|