Stockage de l'énergieMatériaux et performance énergétique (ERE)
Energy Storage
Teaching unit Materials and Energy Performance · ERE09MEE_PERFEN
4ECTS (EU)
1Coefficient
12:00Hours
Séquencement
Learning objectives
Know and master: The various energy storage systems: Mechanical (potential or kinetic): gravity storage by pumping compressed air storage, flywheels; electrochemical and electrostatic: batteries, capacitors, superconductors; Thermal and thermochemical: sensitive heat or latent heat, sorption energy; Chemical: hydrogen, methanation, etc.
The economic profitability of each of these technical solutions
Program
- Introduction
- Why store energy?
- Storage of mechanical energy
- Electrochemical storage of electrical energy
- Electrostatic storage of electrical energy
- The kinetic storage of energy
- Storage of energy in compressed air
- Storage of energy as heat
- Storage of energy as hydrogen
- Conclusion
Assessment
Table control (Duration 1h)
References
[1] P. Sabatier, G. Lavigne, V. Medina, sabatier, (n.d.). [2] L. Storage, United Kingdom, (2016). [3] D.S. Transformation, T. De, thermal energy by thermochemical processes and To quote this version: HAL Id: tel-00841655 Authorization to Direct Research, (2013).
Skills
1| Ref. | Verb | Description | Level |
|---|---|---|---|
| C10 | manage | Use knowledge. Supporting Change Projects – Innovating | 3 |