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Unit objectives and key challenges

Develop technological processing and implementation methodologies for electrical materials and components to ensure energy efficiency and sustainability for multiple applications and uses of electricity in electromobility, automation, storage and the production of low-carbon energy.

Projects

Our ambition is to innovate by co-developing electrical and IT systems with industrial partners, in line with the imperatives of the ecological transition and the resilience of energy systems.

Technical skills and resources

Technical skills

  • Eco-design and multiphysics modeling of energy systems
  • Energy optimization of processes through control
  • Characterization of magnetic materials, electrical components and systems to improve performance enhancement
  • Study of sensor networks and IIoT, process control and monitoring.

Technical resources

  • Modular AC/DC hybrid microgrid platform
  • Real-time simulation platform for electrical energy systems
  • Magnetic and dielectric characterization equipment

The team

Our scientific partners

Academic partners

  • University of Lille,
  • University of Picardy Jules Verne,
  • University of Florence (Italy),
  • University of Aquila - Dpt. of Industrial and Information Engineering and Economics (Italy),
  • Universidad Carlos III de Madrid (Spain),
  • Technical University of Cluj-Napoca (Romania),
  • North Carolina State University (NCSU, USA),
  • University of Akron (United States),
  • UBC- Vancouver (Canada),
  • IFU Miami (United States)

Institutional and industrial partners

  • Pôle MEDEE, 
  • IRT Innovaltech, 
  • IRT M2P,
  • ENEDIS Amiens, 
  • JEUMONT Electric,
  • CRM Group, 
  • EREA – Transformers, 
  • VALEO, 
  • Fraunhofer IPT, 
  • BASIS EP, 
  • SICAE de la Somme, 
  • H2AIR
Contact us
Jérôme FORTIN