Power Our Sustainable Future Battery

We create high-performance, sustainable energy storage solutions through electrode chemistry and electrolyte design innovations.

Explore Our Story

Laboratory of Energy Transformation & Sustainability (LETS) aims to provide transformative solutions for powering a sustainable future.

Our research focuses on fundamental electrochemical conversion reactions and kinetics, electrolyte solvation structure and their interactions with electrodes, abuse under extreme conditions, advanced characterizations combining simulations.

By integrating innovations in both electrode chemistry and electrolyte design, we can develop sustainable electrochemical energy storage devices with higher power and energy.

Publications
0 +
Patents
0 +
Citations
0 k+

Main Research Directions

Our research focuses on three pivotal areas of battery technology, each aimed at revolutionizing energy solutions on a global scale.

Electrolyte Design & Interphases

Revolutionizing electrolyte technologies from aqueous to solid-state for better battery performance.

Anionic redox-based cathodes

Developing high-capacity, metal-free cathodes to maximize lithium-ion battery energy density.

Advanced Characterizations

Uncovering SEI/CEI formation mechanisms to optimize electrolytes and enhance battery cycle life.

Latest News

Explore stories about people, research, and innovation at LETS Group.

Our Partners

We proudly collaborate with leading partners worldwide to enhance and expand the boundaries of battery technology.

Our Offices

Based in the vibrant city of Hong Kong, our office and fully-equipped laboratory are hubs of scientific innovation and research.

Jijian Xu's lab

Hong Kong Office

P5316, YEUNG,
City University of Hong Kong,
Kowloon, 999077

(852) 3442-4679
jijianxu@cityu.edu.hk

Hong Kong Lab

G1701, YEUNG,
City University of Hong Kong,
Kowloon, 999077

(852) 3442-4679
jijianxu@cityu.edu.hk

Shenzhen Lab

Coming Soon…

Explore Opportunities at LETS

We’re seeking talented Ph.D. and post-doc candidates, as well as industry partners, for collaborative, innovative research projects that aim to make a significant impact.