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Stockage de l'énergieMatériaux et performance énergétique (ERE)

FISA ERE Semester 9 Energy Efficiency Control Option Machine translation

Energy Storage

Teaching unit Materials and Energy Performance · ERE09MEE_PERFEN
4ECTS (EU)
1Coefficient
12:00Hours

Séquencement

C TD C TD C TD C TD C TD

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

  1. Introduction
  2. Why store energy?
  3. Storage of mechanical energy
  4. Electrochemical storage of electrical energy
  5. Electrostatic storage of electrical energy
  6. The kinetic storage of energy
  7. Storage of energy in compressed air
  8. Storage of energy as heat
  9. Storage of energy as hydrogen
  10. 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.VerbDescriptionLevel
C10manageUse knowledge. Supporting Change Projects – Innovating3