Innovation
R&D Team
Professor of South China University of Technology, doctoral supervisor, member of European Academy of Natural Sciences. Director of Fuel Cell Technology R&D Center of Guangzhou Modern Industrial Technology Research Institute, Director of Key Laboratory of New Energy Technology of Guangdong Higher Education Institutions.
He is a professor and doctoral supervisor at Donghua University. He received his PhD degree in material engineering from Graduate School of Science and Technology, Yamaguchi National University, Japan. He serves as Vice President and Director of the International Academy of Electrochemical Energy Sciences (IAOEES).
Graduated from the State Key Laboratory of Catalytic Fundamentals, Dalian Institute of Chemical Physics, Chinese Academy of Sciences (CAS), with a Doctor of Science degree. Former Director of Aluminum Valley Industrial Technology Research Institute, Director of Aluminum Valley Center, Shandong Comprehensive Technology Transformation Center, Chinese Academy of Sciences. Master's degree supervisor of CSU.
Bachelor degree from Wuhan University, Master degree from Politecnico di Milano. He has worked for DJI, DaoTong Intelligence, Yuneec HaoXiang and other leading UAV companies, and was responsible for the development of a number of industrial-grade UAVs, with rich experience in UAV product development and mass production.
Master of Software Engineering from Shanghai Jiaotong University, with rich experience in R&D and design of aerospace ground equipment, intelligent monitoring equipment in gas industry and hydrogen energy supply system. Years of experience in entrepreneurship and business operation and management.
Graduated from Harbin Institute of Technology, majoring in mold mechanical design and automation. More than ten years of experience in designing and manufacturing small fuel cells, familiar with the entire production process and production line layout, applied for a number of patents.
Ruichuang 2.0 Intelligent Production System：
Four groups of robots complete the complete set of small fuel cell cutting, dispensing, stacking, testing and other processes. The entire production process is connected to the data chain to realize the fully automated production of fuel cells. It is the industry's first fully automated fuel cell production line. The annual production capacity of a single production line is 50,000 units, which is an industry-leading intelligent production system.
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Four leading technological advantages
The R&D team has worked in the fuel cell industry for more than 20 years and has applied for more than 100 patents. It is the original inventor of air-cooled small fuel cells.Xiehydrogen New Energy is based on scientific and technological innovation, has increased its research and development efforts, and the number of patents has continued to grow, maintaining its leading position in industry technology.
