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Victor GOUIN

Grenoble

En résumé

J'ai obtenu récemment mon diplôme de Docteur en Génie Électrique. Durant ma thèse, j'ai pu étudier l'impact de la production décentralisée et des charges flexibles (consom'acteurs, véhicules électriques) sur les pratiques de planification des réseaux de distribution, dans un contexte de réseaux intelligents. En plus de mon cursus académique, j'ai travaillé étroitement avec des industriels du système électrique français (ERDF, GEG, Schneider Electric) autour de la planification des réseaux moyenne tension en milieu urbain et de l'utilisation des compteurs communicants pour les nouvelles fonctions avancées de conduite.

Je suis intéressé par les thèmes de la transition énergétique, les énergies renouvelables et les défis environnementaux, l'évolution de nos sociétés et de nos modes de consommation, et la mutation des réseaux électriques actuels vers les Smart Grids pour la distribution ou les Super Grids pour le transport.

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I recently obtained my PhD in Electrical Engineering. In my thesis I evaluated the impact of distributed generation and flexible loads on planning practices for distribution networks, in the context of Smart Grids. I have worked closely with various actors of the French electric system (ERDF, GEG, Schneider Electric), which has brought me an industrial experience beyond my academic background. I focused my work on the planning for middle voltage distribution networks and the use of smart meters in order to perform advanced distribution automation.

I am interested in topics like energy transition, renewable energies and environmental challenges, the evolution of our societies and our modes of consumption, and the change of current electric networks towards Smart Grids for distribution and Super Grids for transmission.

Entreprises

  • Institut polytechnique de Grenoble - Grenoble INP - Research Collaborator

    Grenoble 2012 - 2015 Research project "Evaluation of the Impact of the Smart Grid on Planning Practices with Distributed Generation and Flexible Loads" within Greenlys, the French Smart Grid development project, in collaboration with several industrial partners such as ERDF, ENGIE, GEG and Schneider Electric. The project follows a call of interest by the French Environment and Energy Management Agency (ADEME) in 2009 with the aim of imaging the future energy and business models of Smart Grids in urban context.

    • Study of the impact of distributed generation and electrical vehicles
    • Tools for distribution grids planning (validation on real data of the city of Grenoble with GEG)
    • Demand Side Management Strategies (validation on real data of ERDF for the city of Lyon)
    • Deliverable for the project Greenlys

    Several methods were used to optimize the sizing of the distribution networks:

    • Operational Research, Graph Theory, Linear Programming
    • Heuristics algorithms: Simulated Annealing, Ant Colony, Tabu Search, Genetic Algorithms
    • Monte Carlo method
  • Institut polytechnique de Grenoble - Grenoble INP - Research Engineer

    Grenoble 2012 - 2012 "Development of an assisted tool for the planning of electrical distribution networks according to the classic French rules for planning, within the European project KIC InnoEnergy".

    • Middle Voltage Distribution Networks
    • Planning for French Electrical Networks
    • Graphical User Interface on Matlab
  • Schneider Electric - Research Engineer

    Rueil Malmaison 2011 - 2012 Development of a process for the determination of the topology of low voltage electric distribution networks.

    • Low Voltage Distribution Networks
    • Single Line Diagram Identification
    • Smart Meters
    • Linear Optimization

    Results:

    • Development of a patent (FR n°1553646)
    • Guide User Interface for the future customers
    • Validation of the algorithms on real cases extracted from Smart Meters experimentation

Formations

  • Grenoble INP - ENSE3

    Grenoble 2012 - 2015 Docteur en Génie Electrique

    "Evaluation of the Impact of the Smart Grid on Planning Practices with Distributed Generation and Flexible Loads"

    This thesis studies the impact of the Smart Grid on the rules for electrical distribution networks planning. A first tool using an adapted simulated annealing algorithm and methods from graph theory was developed to size the networks at low cost. Secondly, a methodology combining a Mo
  • ENSE3 - Grenoble INP

    Grenoble 2008 - 2011 Ingénieur en Diplôme Electrique

    This Specialization program trains engineers so that they will be competent at design, innovation and development of either electrical components or systems. It also provides the skills required for engineers when leading an installation project, managing a network, as a part of a design or research team or as a business engineer, mainly in the economic sectors of energy, transport and civil engin

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