Lab assistants work in the cell assembly room at UT Dallas’ BEACONS facility, where specialized features support the assembly of solid-state and other advanced battery chemistries. [Photo: UT Dallas]
Backed by the Department of Defense and $200 million in private capital, the new facility helps companies prototype and scale battery technologies for both commercial use and national defense. The launch comes at a time when supply chain independence is a growing priority.
Government and industry leaders recently got a first look.
The UT Dallas team found that mixing small particles between two solid electrolytes can generate an effect called a “space charge layer"—an accumulation of electric charge at the interface between the two materials, making it easier for ions to move across the interface.
The $30 million UTD-led project aims "to accelerate the transition and scaling of next-generation batteries," while reducing dependence on scarce critical materials. Led by UTD biology professor Dr. Kyeongjae Cho, the initiative will include the construction of a new research facility at the Richardson IQ.
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....