Solidion's Gen-ECB battery platform uses the thermal conductivity and radiation resistance of graphene to regulate temperature within battery cells, capable of operating reliably from −80°C to +60°C—with ongoing development aiming for even broader temperature ranges for deep-space missions, the company said.
The federal ARPA-E award adds to the Dallas-based company’s momentum as it advances next-generation battery materials and builds out new power tech for AI data centers.
Solidion—an advanced battery tech solutions provider headquartered in Dallas with production facilities in Dayton, Ohio—said its newly patented technology uses a graphene-based heat spreader to quickly move heat from a battery to warm it up before or during fast charging, and a cooling system that kicks in when the battery is in use.
What companies are finding funding or having a big exit? From startup investments to grants and acquisitions, Dallas Innovates tracks what’s happening in North Texas money.
Irving-based Celanese Corp., a specialty materials and chemical company, has teamed up with Hong Kong-based VIGOR Precision Ltd., a manufacturer of plastic gears, to develop lightweight plastic joints for humanoid robots....
Irving-based Celanese Corp., a specialty materials and chemical company, has teamed up with Hong Kong-based VIGOR Precision Ltd., a manufacturer of plastic gears, to develop lightweight plastic joints for humanoid robots....