DEVELOPING
NEXT-GENERATION BATTERIES
Batteries found in everyday items contain an electrolyte layer made of polymers and organic liquids, which are susceptible to overheating and catching fire. Dong Hou, assistant professor of materials science and engineering, is investigating how using ceramic-based material, which is more heat resistant, could help make standard batteries safer, more durable and more sustainable.
How Clemson researchers aim to improve battery performance![]()
"Batteries in everything from electric vehicles to phones and laptops could become more stable and longer lasting over their lifetime. Because the degradation of the battery will be much lower than a conventional battery, you will not have to worry about overheating from heavy use."
Dong Hou,Assistant Professor
Clemson Research by the Numbers
Innovation Clusters
Clemson’s innovation clusters represent the primary areas where the University has a rich history of expertise and new research opportunities designed to benefit our state and country.
- Advanced Materials
- Cyberinfrastructure and Big Data Science
- Energy, Transportation and Advanced Manufacturing
- Health Innovation
- Human Resilience
- Sustainable Environment
Industry Partners
Clemson University faculty, staff and students provide expertise, state-of-the-art research facilities and the determined spirit required to create innovative answers for today’s industries.
Corporate Partnerships and Strategic Initiatives
Faculty Research Support
Clemson attracts and retains leading researchers by remaining committed to allocating funds, personnel and exclusive opportunities for researchers. Discover the programs and initiatives that provide Clemson researchers with grants, major research equipment and more.
Review Clemson’s Research Initiatives Division of Research