电化学能与低品位热能转换
课题组关注电化学系统中热生成与热输运之间的耦合关系，这种耦合对电池或超级电容器的性能、安全性与稳定性具有重要影响。热-电化学还在开发清洁、可持续的能量转换材料与器件（如离子热电器件和热再生电池）中发挥关键作用。团队采用从分子尺度到器件尺度的建模手段，结合光谱测量与电化学表征，深入研究离子在能量输运与转换中的行为机制。
Thermo-electrochemistry for Energy Storage and Conversion
Our group is particularly interested in the coupling between thermal generation and transport in electrochemistry systems. These couplings could be essential for the performance, safety, and stability of batteries or supercapacitors. The thermo-electrochemistry could also be important in developing clean and sustainable energy conversion materials and devices harvesting low-grade heat, such as ionic thermoelectrics and thermally regenerable batteries. We are combining molecular-level to device-scale modeling, spectroscopic measurements, and electrochemical characterizations to understand the transport and conversion of energy by ions.
