Special Session XI

Special Session XI- Design, Monitoring and Control of Hydrogen Energy Vehicular Propulsion Systems: Pathways to Carbon Neutrality

Chair:	Co-Chair:

Song Yang Jilin University, China	Qin Yanzhou Tianjin University, China

Session Information:
The global transition toward carbon neutrality has placed hydrogen energy at the forefront of sustainable transportation solutions. Hydrogen-powered vehicular propulsion systems—encompassing fuel cell vehicles, hydrogen internal combustion engines, and hybrid architectures—present a promising pathway to decarbonize the mobility sector. However, the successful deployment of these systems hinges on overcoming formidable challenges in system design and integration, real-time monitoring, and intelligent control strategies. This session aims to bring together researchers, engineers, and industry practitioners to explore the latest advances in the design, monitoring, and control of hydrogen energy vehicular propulsion systems.

Below is an incomplete list of potential topics to be covered in the Track
Design and Optimization of Hydrogen Engines, Fuel Cells and the Hybrid Propulsion Systems Real-Time State-of-Health and Remaining Useful Life Prediction for Fuel Cell Systems Advanced Energy Management Strategies for Multi-Source Hydrogen Propulsion Systems Abnormal Combustion Detection and Suppression in Hydrogen Internal Combustion Engines Advanced Combustion Concept and Combustion Control Strategy for High-Efficiency Hydrogen Engines Thermal Management and Fault-Tolerant Control of Hydrogen Propulsion Systems AI-Enhanced Predictive Control for Real-Time Energy Optimization in Connected Hydrogen Vehicles Digital Twin Frameworks for Design, Validation, and Lifecycle Management
Keywords:
PEMFCs Hydrogen Engines Hybrid Propulsion System Fault Diagnosis System Control and Optimization

Special Session XI

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