iEMDLab
INTELLIGENT ENERGY MATERIALS & DEVICES
Intelligent Energy Materials & Devices
Exploring integrated energy storage through electronic, ionic and mechanical insights. We combine halide materials, all-solid-state batteries and synchrotron techniques to advance long-duration storage and 3D-printed flexible batteries.
Research
High-Safety Halide Cathodes
Multi-electron reactions, anion redox and integrated cathode–electrolyte design.
Long-Duration Energy Storage
Low-cost, safe and durable battery materials and devices for stationary storage.
3D-Printed Flexible Batteries
Printable battery materials and thin-film, fiber, textile and on-skin energy storage.
Publications
Solid solvation structure design improves all-solid-state organic batteries
Solid solvation design improves the voltage and cycling stability of organic cathodes.
A cost-effective all-in-one halide material for all-solid-state batteries
An affordable all-in-one halide enables durable all-solid-state batteries.
News
Sufan Hu Joins CAST Doctoral Track
Sufan Hu is selected for the 2026 CAST young talent program’s doctoral track.
Guangchang Heads to RMIT
A farewell to Guangchang Shu as he begins his PhD at RMIT, Australia.
Admissions Outreach in Linhai
Jiamin Fu introduces EIT to prospective students and their families.