This innovative technology addresses a major need for thermal batteries that would have reduced cell thickness and increased energy density. The company will apply their new powder metallurgy ht pressing methods to achieve much thinner and stronger cells than are presently possible by cold pressing. Phase I demonstrated the proof of this concept with the company|s proprietary hot pressing method used to produce thinner pellet thickness than presently available hot pressing methods. This laid a foundation for the Phase II scope of work to further the advantages of this process in reducing the overall thickness of the pallets, increasing the diameter of the pallets, and analyzing the effects of the process on the various cell layers. In Phase II work with advanced material composites will be completed and an initial pilot production capability established.
Benefits: This technology has attractive potential for advanced battery components that can meet increasing needs for lighter and more powerful batteries. Commercial uses include electric vehicles, portable tools and backup energy power systems.
Keywords: Thermal batteries thin cell powdered metals advanced materials
