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Number of hours
Lectures : 20.0
Tutorials : 20.0
Laboratory works : 20.0
Projects : -
Internship : -
ECTS : 3.0
Officials :Laurent GERBAUD
The first objective is to provide the knowledge to understand how the energy production is controlled based on electromechanical generators (dams, wind or tidal power, etc.). The second objective is to accompany students on thermal machines in the same manner.
Courses and tutorials
Modeling electromechanical generators for control: synchronous machines and induction machines.
Control of electric generators in isolated of classic grids, and notions of stability
Control systems of energy production with electric generators at fixed speed or variable speed: hydroelectric production, tidal power, wind generation, etc.
_Experiment (computer simulations)_ Wind power systems and services, reactive power compensation generation, fuel cells, photovoltaic generation, storage through electric vehicle and filter in energy conversion. Thermal machines
Basic knowledge of the operation of power systems. Knowledge of electrical machines: synchronous machine, rotating magnetic fields, induction machine (desirable but not essential) Fluids mecanics basics.
Session 1 Continuous assessment (CC): lab works and presentations - no retakes for CC Final exam (CT) : 2 hours exam
Session 2 Evaluation replacing the Final exam only
CC 70% + CT 30% (soit BE/TP 70% et DS 30%)
The course exists in the following branches:
Curriculum - Master's Degree in Engineering GEE - Semester 7