ELECTRIC ENERGY STORAGE

The global shift toward electrification and renewable energy has driven a surge in demand for advanced electrochemical energy storage solutions that balance high performance, sustainability, and scalability. Through rigorous foundational studies and cutting-edge computational high-throughput materials screening, our researchers have made key advancements in critical materials, including engineering development and system-level integration of advanced battery systems, as well as recycling the end-of-life battery materials.

Adams Stefan

Solid State Ionics

 

Daniel John Blackwood

Corrosion modelling

Deng Zeyu

Design and Engineering for the Next-Gen Materials

John Wang

New Energy, Electrocatalysis, and Membranes

Wang Qing

Electrified Chemistry For Carbon-neutral Energy Applications

 

Yang Hui Ying

Novel Energy Materials for the Post-Lithium Era

Yan Jing

Electrified Direct Air Capture

Zhong Peichen

AI for Science in Energy and Sustainability applications