Session Chair: Assoc. Prof. Dongfang Chen, University of Science and Technology Beijing, China

Keywords: Hydrogen Fuel Cells, Heavy-load Vehicles, Aerospace, System Control, Testing and Diagnostics

Information: This special session focuses on the key technologies of fuel cells for automobile and aerospace in the cutting-edge research and industrialization development. These technologies encompass fuel cell membrane electrode assembly, bipolar plates, stacks, system core components and integrated control, testing, diagnostics, health management techniques, safety assurance technologies, as well as whole integration control and demonstration applications. Through in-depth discussions on the status, bottlenecks, future trends, and technical pathways of key technologies of fuel cells for automobile and aerospace, the session aims to provide suggestions and contributions of addressing key technical issues and driving the scale commercialization of fuel cells for automobile and aerospace.

Topics of Interest: 

• Progress in the Development of Fuel Cell Membrane Electrode Assembly for Automobile and Aerospace

• Progress in the Development of Fuel Cell Metal Bipolar Plates for Automobile and Aerospace

• Progress in the Development of Key Technologies of Fuel Cell Stacks for Automobile and Aerospace

• Trends in the Industrialization Development of Core Components for Fuel Cell Systems

• Progress in the Development of Integrated Design and Control Technology of Fuel Cells for Automobile and Aerospace

• Research, Development and Demonstration of Fuel Cell Heavy-Load Vehicles

• Research, Development and Industrialization of Key Technologies for Fuel Cell Passenger Vehicles

• Progress in Key Technologies of Fuel Cells for Unmanned Aerial Vehicles

• Progress in Research on Intelligent Energy Management Methods for Fuel Cell Vehicles

• Fault Diagnosis and Health State Management Methods of Fuel Cell Stacks for Automobile and Aerospace

• Progress in the Industrialization of Fuel Cell Stack and System Testing Technology and Equipment

• Progress in the Development of the Testing Standard System for Fuel Cell Stacks and Systems

• Current Status and Trends in the Development of Safety Assurance Technologies for Fuel Cell Vehicles