Abstract
A novel rechargeable Li-ion battery system using a ceramic electrolyte is described. The interfacial contacts and component density have been improved by using magnetic pulse compaction. The dimensions of the different components and some results of compacted batteries are presented and the results indicate that ceramic electrolytes can be used. The specifications of the ceramic batteries are comparable with commercial Li-ion batteries using a liquid or polymer-based electrolyte as long as thin layers and dynamic compaction are used.