Energy issues and environmental issues are important issues that human beings have long faced in the future. How to solve energy shortages and environmental pollution is a major demand for human society. Wind energy, light energy, bio-energy and other green new energy efficient use and electric vehicles as the representative of the new energy vehicles are considered the future development of modern society, which is an important way to reduce energy conservation. Chemical storage technologies that can be stored and released reversibly as needed can address both random and intermittent problems in the use of renewable energy, which can also achieve the mobility of energy.It must become the new energy industry and electric vehicles to support the emerging industries such as the core technology.

  The lab focuses on forward-looking topics and key technical issues for chemical energy storage,we focus on high-performance lithium-ion batteries, green and efficient fuel cell and other chemical energy storage system related research work from the foundation and application of both sides. Through the understanding of electrode surface interface (ie, electrochemical reaction field) and the interface of the electrochemical reaction mechanism analysis and other basic research,we try to improve the energy storage system in the practical application of the reversibility, energy density, reliability and other electrochemical properties,and to explore and develop new energy storage materials and their associated chemical energy storage systems at the same time.