Hydrogen
Goals
This course proposes an introduction to Hydrogen as an energy vector by means of several activities which permit to discover by simulation the operating principles and the sizing of energy systems based on Green Hydrogen (fuel cell, electrolysis, storage...)
Programme
Introduction to Hydrogen as an energy vector Practical activities : fuel cell principles, fuel cell modeling (Matlab/Simulink), fuel cell energy management using power electronics (Simulink), aeration of a hydrogen storage unit (Matlab), sizing of an PV-H2 energy system for a standalone disctrict (Simulink)
Sustainable development
Sustainable Development Goals
DD&RS level 2
A substantial part of the activities is dedicated to environmentally sustainable development and social responsibility.
Programme elements related to sustainable development goals
introduction to Hydrogen as an energy vector (challenges for mobility and stationary applications), sizing of a PV - Battery - Green Hydrogen system for standalone (off-grid) locations
Assessment method
Quiz at the end of the introduction course Small report to upload on Moodle at the end of each activities (1 report for 2 students)
Bibliography
- Loris Pace, Ayyoub Zouaghi, Matthieu Beley, Naoufel Haddour, An Adaptive Power Management Tool for Sizing a PV-Battery-Hydrogen Off-Grid Electrical Energy System, Academia Engineering (https://ec-lyon.hal.science/hal-04205609/), 2023.0
Code
Responsibles
- Loris PACE
- Cécile POQUET