Stockage MécaniqueSTOCKAGE DE L'ENERGIE (GSI)

FISE GSI Semester 9 Common Core Machine translation

Mechanical Storage

Teaching unit ENERGY STORAGE · GI.S9.ENR.SE

Course on Celene

4ECTS (EU)

1Coefficient

9:20Hours

Séquencement

Learning objectives

-Explore existing and developing mechanical storage technologies. -To understand, choose and size a storage system in relation to the production and use of energy.

Prerequisites

Module	Teaching unit	Semester
Fluid Mechanics 1	Mechanical Engineering 2	S6
Fluid Mechanics 2	Mechanical Engineering 3	S7

Program

Introduction to different storage modes Turbining pumped energy transfer stations (STEP, microSTEP). Storage in compressed air (CAES, AA-CAES) for direct use in compressed air for the storage of electricity. Hydropneumatic storage Inertial flying

Assessment

Duty to be monitored

References

"Energy conversion by turbomachines", M. PLUVIOSE, ed. ellipses, ISBN 978-2-7298-5428-7 A. Rogeau, R. Girard, G. Kariniotakis. "A general GIS-based method for small Pumped Hydro Energy Storage (PHES) potential evaluation at large scale. Applied Energy", Elsevier, 2017, 197, pp.241-253. 10.116/d.apenergy.2017.03.103

Skills

Ref.	Verb	Description	Level
C1_2	calculate	Calculate the physical dimensions to meet a Workbook	2
C2_2	analyze	Analyze solutions offered by suppliers	2