Career
Advanced Lithium Titanate Materials and Batteries
This technology was developed at and licensed from DuPont. Patent granted. Prototype demonstrated. Near commercialization.
This technology was developed at and licensed from DuPont. Patent granted. Prototype demonstrated. Near commercialization.
Novel Battery Separators for Beyond-Li Ion Batteries
This technology aims at filling the market gap of spearator mateirals for next generation batteries (e.g., Na, Mg batteries), with the collaboration of California Institute of Technology and the commercialization assistance from Avicenne Energy. The project is sponsored by U.S. Department of Energy with total $1.35 million budget during 2019-2023.
All Solid State CO2 Specialty Batteries
This technology targets a creative specialty battery for NASA's Venus and Mars missions, as well as carbon dioxide reduction and utilization on the earth. The project is sponsored by the National Aeronautics and Space Administration (NASA) and collaborated with the University of Delaware.
This technology targets a creative specialty battery for NASA's Venus and Mars missions, as well as carbon dioxide reduction and utilization on the earth. The project is sponsored by the National Aeronautics and Space Administration (NASA) and collaborated with the University of Delaware.
Printed Batteries Enabled by Novel Solid Polymer Electrolytes and Multi-head 3D Printers
This technology embraces the market needs of non-traditional, flexible, printable and mininaturized batteries for IoT sensors, MEMS devices, medical devices and wearable electronics.
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