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Electricity systems in the energy transition
Année scolaire 2023-2024
Créneau Sem 1 MS/Sem 3 M
Sem 3 M
Enseignant responsable Marc BOILLOT
Objectifs du module

Since electricity cannot be stored in large quantities at low costs, the equilibrium of electric grids must be guaranteed at all times. A permanent optimization of the demand vs supply is needed. The rapid growth of intermittent energies such as wind and solar, the development of electric vehicles and of self-consumption as well as new business models for electricity sales, create new risks for the grids and potential benefits.

 

Learning objectives:

 

• analyze, explain and debate the energy context of a project

 

• understand the specifity of electricity and the technological and economic evolutions related to electricity

 

• understand and adopt technical strategies and business models adapted to the context

Programme du module

Course syllabus:

 

• 1st Part : Electric Systems

 

• 2nd Part : the Green Revolution and the Energy Transition

 

• 3rd Part : Project presentations by the students

 

• 4th Part : Tomorrow’s systems

Contrôle des connaissances - Règles de validation du module

Assessment: team-based research on a chosen topic (web, interviews, documentation etc.), preparation of a presentation for the following week, deliverables: max. 5 slides and an executive summary (max. 2 pages). The students will be evaluated on team work, clarity and the link from strategy to action.

Effectif maximal Effectif illimité
Département de rattachement Mastère Management Energy Projects
Nombre de crédits ECTS 1,5 crédit ECTS
Code MEPEL
Dernière mise à jour  :  22-06-2023
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