This course is an ideal way to make a transition towards renewal technologies, and covers all major topics, allowing the candidate to realize the need of working in the hydrogen technology domain. It begins with a detailed discussion of how and why the industry can/show transform itself into the technology area of ‘Future mobility’. It features technical information on the use of hydrogen as a transportation fuel. It covers hydrogen properties, use, and safety as well as fuel cell technologies, systems, engine design, safety, and maintenance. It also presents the different types of fuel cells and hybrid electric vehicles.
This course is a must for anyone designing, using, operating, and/or maintaining fuel cells.
The hydrogen fuel cell introductory course is suitable for engineers and technicians working in or entering the fuel cell industry.
It is also suitable for employees of industries that have recently invested or plan to invest in fuel cell technology.
- Course Highlights
- Course Syllabus
- UN Sustainable development goals
- Introduction to renewal energy sources
- Why Electric/Hybrid vehicle technology?
- Why hydrogen-based technology?
- Hydrogen and the current global energy crises
- Energy security and the world of cleaner energy
- Transforming yourself into Hydrogen based technology
- The atomic structure of hydrogen
- The physical and chemical properties of hydrogen
- How does hydrogen compares to hydrocarbon fuels in terms of energy, flammability, and safety
- The fundamental gas laws
- The pressure, temperature, and mass flow measurement of gases
- The units of pressure, temperature, volume, mass and mass flow as they relate to gases
- Hydrogen properties and use of hydrogen
- Use of hydrogen in IC engines
- Hydrogen Fuel cell techniques and systems
- Hydrogen use in aerospace and petroleum industries
- Fuel cell engine safety and maintenance
- Fuel cell hybrid electric vehicle acts, codes, regulations, and guidelines
- Maintenance and fueling facility requirements
- Fuel cell in Hybrid electric vehicles and pure electric vehicles
- Auxiliary power generation using hydrogen
- Types of Fuel cells and techniques used
- Fuel stack module construction
- Fuel cell performance, characteristics, polarization, Stoichiometry effects, temperature, and pressure effects
- Codes and standards for industrial use of hydrogen and non- industrial use
- Hydrogen fuel cell with MATLAB/SIMULINK
- MATLAB/SIMULINK
- Hydrogen fuel cell modelling with MATLAB/SIMULINK
