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 |