What determines how much power a battery can deliver or how much capacity it can provide? Connor Miles is studying how design choices inside cylindrical lithium-ion batteries work together to...
Dr. Kevin Huang, a professor of mechanical engineering at the University of South Carolina, talks about his work advancing aqueous batteries and their potential for safer, more affordable, and more...
Golareh Jalilvand was a featured speaker on the Charging the Future: Scaling Battery Innovation in South Carolina panel. Charan Masarapu visited MANY CIBI partners, vendors and friends as we approach...
How much charge is left in a battery, and how much useful life remains? These questions drive Braden Holst’s research with the Carolina Institute for Battery Innovation (CIBI). Using mathematical...
The Carolina Institute for Battery Innovation (CIBI) recently provided new CIBI gear to students who are part of the institute, celebrating the people who help move its work forward.
University of South Carolina Chemical Engineering Assistant Professor Golareh Jalilvand has She has received a five-year, nearly $550,000 NSF National Science...
CJ Sturgill’s research explores battery materials that could support faster charging and longer-lasting performance. He also works to improve how researchers compare findings across battery studies...
USC’s Morgan Stefik finds the power in flawed crystals to build better batteries — at the atomic level. Researchers often strive for perfection — perfect controls, perfect samples...
Solid-state batteries could help create safer, higher-energy storage systems for electric vehicles, portable electronics and other emerging technologies. Muhammad Mudassar Aslam’s research explores...
