Hui Li

Biography

Li Hui, Professor, National "thousands of people plan" experts, in October 2015 joined the Southern University of Science and Technology Department of Materials Science and Engineering. He received a bachelor's degree and a master's degree in chemical engineering from Tsinghua University in 1987 and 1990 respectively. He received his Ph.D. in electrochemical engineering from the University of British Columbia (UBC) in Canada in 2006. April 2006 ~ April 2007 in the Canadian Columbia University (UBC) clean energy center for postdoctoral research work. He joined the National Institute of Fuel Cell Innovation Institute of Canada in 2007 and has served as the technical leader of several important national research projects and international cooperation projects, including cooperation projects with the US Department of Energy (US DOE), with the German National Aeronautical Research Center (DRL), as well as industrial cooperation projects with the world's leading fuel cell company (Ballard, Hydrogenics, AFCC, MBFC). In the hydrogen proton exchange membrane fuel cell design, diagnosis and durability research carried out in-depth pioneering research, master the world's leading fuel cell core technology, developed a unique fuel cell system design, invented a series The fuel cell test and diagnostic tool, in-depth study of the mechanism of fuel cell performance attenuation and improve the durability of the method, published a number of fuel batteries on the excellent papers and monographs, won the honor of fuel cell international experts, has repeatedly been peer International experts invite chapters for their writings.

Research Interest

1. Fuel cell key materials and components, including low platinum and non-platinum oxygen reduction catalyst, proton exchange membrane, bipolar plate and membrane electrode 2. Water electrolysis hydrogen advanced technology research and development platform, including catalyst and membrane electrode structure-effect relationship and optimization, single cell and stack performance evaluation and diagnostic tools 3. Hydrogen storage technology and materials, including high-pressure hydrogen storage, metal hydride, porous materials and organic hydrogen storage 4. For the intelligent grid energy storage, including metal air batteries, liquid batteries, carbon dioxide electrochemical reduction technology