Hydrogen and e-Mobility

J. Jay Liu is a full Professor in the Department of Chemical Engineering at Pukyong National University, Korea. After working in industry for two years, he entered McMaster University (Canada), where he attained a PhD in big data analytics and applied statistics in 2004. Since then, he has worked as a postdoctoral fellow in the McMaster Advanced Control Consortium at McMaster University, Canada, and a senior research engineer at Samsung Electronics, Korea, before moving back to academia in 2009. His research interests are currently in the design and analysis of energy systems based on green hydrogen. Mohammad Reza Salehizadeh is currently a Research Professor in the Intelligent System Laboratory at Pukyong National University, South Korea. Prior to this he was an Assistant Professor in the Electrical Engineering Department of Islamic Azad University of Marvdasht, Iran, and spent 7 years working with the Smart Laboratory Network Lab at the University of Tehran, Iran. His research interests focus on the design and simulation of electricity markets, smart grids, power systems, optimization, decision making, and control. Mustafa İnci is an Associate Professor in the Department of Mechatronics Engineering at İskenderun Technical University, Turkey, where he was previously an Assistant Professor (2018-2020). Prof. İnci was included in Stanford University's list of the World's Most Influential Scientists (Annual Impact Category) in 2021, 2022, and 2023, and has worked on national projects such as PEM fuel cell vehicles, vehicle-to-vehicle charging, and custom power devices. His research focuses on fuel cell electric vehicles, renewable energy systems, vehicle-to-grid (V2G) systems, advanced multilevel inverters, and custom power devices.

• Part I: Fundamentals1. e-Mobility: Technologies, and Current and Future Trends2. Fuel-cell Electric Vehicle Technologies3. Economic Analysis of Hydrogen-based Mobility4. Electric Vehicles vs. Hydrogen Vehicles5. Refueling Infrastructure: Layout and Energy PerformancePart II: Energy6. The Role of Hydrogen Mobility in Operation of Active Distribution Networks7. Modeling Hydrogen Mobility in a Multi-energy Framework8. Impacts of Hydrogen Storage in Hydrogen-based Mobility9. Market design and mechanism for hydrogen-based Mobility10. Power System Resilience and Hydrogen VehiclesPart III: Transportation11. Hydrogen Production and Distribution for Transportation12. Hydrogen Mobility and Operation of Transportation Network13. Marine Hydrogen Vehicles14. Hydrogen-based Trains, Trucks and Buses: Technical Challenges and Perspectives