|
The Florida-based developer of an advanced anode material is working with UCF researchers to study in detail how its innovative material Obsidia™ performs while charging inside lithium-ion batteries. Testing shows longer cycle life, and the partnership will help optimize and unlock the full potential of Obsidia™.
“This partnership gives us a unique view of Obsidia in action—insight that speeds engineering decisions and reduces risk as we scale,” said Bill Easter, President of C‑BATT. “It’s another step toward delivering a high‑performance, American‑made anode material.”
The research is supported by a matching grant from The Florida High Tech Corridor’s Matching Grants Research Program, which connects industry with UCF research teams.
UCF’s team, led by Dr. Akihiro Kushima, a leader in in-situ transmission electron microscopy, will use advanced tools to watch the anode material in action as the battery material charges and discharges, map how its chemistry changes, and build computer models to tie it all together.
“By combining in‑situ measurements with modeling, we aim to identify the reactions that deliver capacity as well as those that cause fade, then point to practical ways to improve the material,” said Dr. Akihiro Kushima, UCF, principal investigator for the project.
Obsidia™ is designed to be produced entirely in the United States and to help ease supply‑chain constraints by supplementing or even replacing graphite, depending on application needs.
The collaboration is designed to accelerate Obsidia™ toward commercialization — and to engage Florida students in hands‑on battery research through The Florida High Tech Corridor’s Matching Grants Research Program, which prioritizes projects that provide tangible industry impact and research experience for students.
To view or download images, click here.
|
