FR
EN
Technologie HydrogèneSTOCKAGE DE L'ENERGIE (GSI)
4ECTS (EU)
2Coefficient
34:40Hours
Séquencement
Learning objectives
- Raise awareness among future engineers of the use of the hydrogen energy vector in the future energy mix.
- Present various storage technologies, fuel cells and electrolyzers.
- Integrate the material problems inherent in these new technologies and the pros/ cons of each of them.
- To raise awareness among future engineers of the safety issues associated with the use of hydrogen.
English
- Make future engineersware of the use of the "hydrogen" energy vector in the future energy mix
- Present the different technologies of storage, fuel cells and electrolyzers
- Integrate the material issues inherent in these new technologies and the advantags / disadvantages of each of them
- Make future engineersware of Hydrogen security
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Thermodynamics 1 | Optional Constitutive Elements 1 | S1 |
| Electrokinetics 1 | Applied and Industrial Sciences 1 | S1 |
| Chemistry 2 | Optional Constitutive Elements 1 | S1 |
| Thermodynamics | Physics - Chemistry 2 | S2 |
| Materials Physics for Renewable Energy Sources | pre-orientation ENR | S8 |
Program
Programme of the course:
- High temperature hydrogen technology (4h CM, 2h40 h TD):
- Low temperature hydrogen technology (4h CM, 2h40 TD, 12h Project):
- Hydrogen management and storage (4h CM, 4h TD):
- Hydrogen safety (1h20 CM):
- Practical work: Characterization of the operation of a low-power CFSM (12h project)
Assessment
Continuous Control and Project.
References
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C1_2 | identify | Identify hydrogen vector issues, actors and technologies | 3 |
| C1_2 | analyze | Mastering hydrogen production, storage and use systems | 3 |
| C3_1 | design | Contribute to the development of innovative hydrogen solutions | 4 |