Research

We aim to develop future-ready energy storage technologies to achieve a zero-carbon society by creating sustainable battery materials (electrode/electrolyte) and manufacturing processes for long-lasting, environmentally friendly batteries, as well as innovating battery recycling chemistry and processes to tackle current battery waste challenges.

Our mission is to pioneer the development of sustainable battery materials and manufacturing processes through fundamental research and innovative engineering. We are dedicated to creating a genuinely sustainable future by focusing on:

1.Anode Stabilization: Enhancing the stability and performance of anodes.

2.Anode and Electrolyte Stabilization: Achieving synergy between anodes and electrolytes for improved efficiency.

3.High-Capacity Cathode Materials: Developing and optimizing high-capacity cathode materials and their production processes.

A distinctive feature of our research is the utilization of organic materials with low resource dependency as fundamental components. This approach not only promotes sustainability but also drives the advancement of high-performance all-solid-state batteries.