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Electrical Energy Processing

3MAI4 Electrical Energy Processing Materials and Chemistry S9
Lessons : 21 h TD : 0 h TP : 0 h Project : 0 h Total : 21 h
Co-ordinator : Hugo Descoubes
Prerequisite
- Bases in Applied Physic (Electromagnetism, Electrokinetic, etc)
Course Objectives
- Understand the architecture of electrical energy network, from production to use
- Understand the roles of mains french actors on market
- Understand the functionning of actuals technicals solutions for conversion and energy storage
- Realize the limits of actuals production solutions and opening to renewable solutions
- Realize the concept of energy "tenability" and futurs efforts regarding energy consumption
Syllabus
https://foad.ensicaen.fr/course/view.php?id=122

During main Courses :
- Introduction of electrical energy processing domain
- Reminders of solutions and primaries actuals sources to produce electrical energy
- Architecture and topologies of electrical networks (transport and distribution)
- Awareness about humans and devices electrical protection
- Electrical energy storage (STEP, inertial flywheel, CAES, etc)
- Electrical energy conversion (electrical machine, transformer, static converters, etc)
- Information processing serving energy (smart grid, smart city, smart house, etc)
- Mains market actors on energy domain
Practical work (TD or TP)
Non renseigné
Acquired skills
- Understand the architecture of electrical energy network, from production to use
- Understand the roles of mains french actors on market
- Understand the functionning of actuals technicals solutions for conversion and energy storage
Bibliography
BUILDING AND ENERGY : https://www.negawatt.org
ENERGY TENABILITY : http://www.ens-rennes.fr/actualites/les-defis-de-la-soutenabilite-energetique-289874.kjsp

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