Multi-Source Energy Management, Self-Consumption, and Microgrids (EMSAR)

  • Training structure

    Faculty of Science

Presentation

The topics studied in the EMSAR program will relate to multi-source/multi-load networks and energy management optimization.

This program trains students to tackle challenges related to profound changes in energy production and consumption patterns. The topics studied in the EMSAR program will relate to multi-source/multi-load networks:

- Integration of local fluctuating energy production sources (solar or wind)

-Development of optimal energy management strategies and monitoring methods.

- Storage issues.

- Self-consumption.

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Organization

Open alternately

Type of contract

Apprenticeship contract, Professional training contract

Program

Select a program

M2 - Multi-Source Energy Management, Self-Consumption, and Microgrids (EMSAR)

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  • Piezoelectricity, thermoelectricity

    3 credits
  • Energy production in isolated locations (University of French Guiana, video)

    3 credits
  • Socioeconomics and Energy Law

    3 credits
  • English S3

    2 credits
  • Thermal: cogeneration, heat pumps, Stirling engines

    3 credits
  • Corporate activities

    4 credits
  • Self-consumption and Smart Grids

    3 credits
  • TP2 Energy

    3 credits
  • Thermal, thermochemical, and inertial storage

    2 credits
  • Project management

    2 credits15h
  • Electrochemical storage

    3 credits
  • M2 EMSAR internship

    29 credits

M1 - Multi-Source Energy Management, Self-Consumption, and Microgrids (EMSAR)

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  • Information systems and databases

    2 credits
  • Comparison of different energy sources/options

    3 credits
  • Electrochemistry

    2 credits
  • Biological resources and bioconversion

    2 credits
  • Introduction to Electrical Engineering and Electronics

    2 credits
  • Photovoltaics

    3 credits
  • Supervised Energy Research Project

    3 credits
  • English S1

    2 credits
  • Energy efficiency

    2 credits
  • Non-biological renewable energies: wind power, marine power, etc.

    3 credits
  • Environmental impact of energy sources and uses

    2 credits
  • Water resources

    2 credits
  • Thermal

    2 credits
  • English S2

    2 credits
  • Hydrogen carrier and fuel cells

    3 credits
  • Spatial databases

    5 credits
  • Estimation of renewable energy potential (University of French Guiana, video)

    3 credits
  • M1 Energy Internship

  • TP 1 Energy

    3 credits
  • Bioenergy

    3 credits
  • Electrical Networks (University of French Guiana, video)

    3 credits
  • Professional integration project

    2 credits

Admission

Registration procedures

Applications can be submitted on the following platforms: 

French & European students:

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