index - ESEO-AGE

Automatique et Génie Electrique

L'équipe AGE prend appui sur le développement des énergies renouvelables (EnR) dans le paysage de la production d'énergie électrique et travaille au pilotage et à l'optimisation des réseaux électriques intelligents.

L'équipe est rattachée à l'IREENA - EA 4642, Institut de recherche en Energie Electrique de Nantes Atlantique.

 

Thématique de recherche :

smart grids; smart power; énergies renouvelables; pilotage et optimisation de l'énergie électrique ; contrôle des systèmes dynamiques

 

Mots clés

Independent chaotic attractors Electromagnetic fields Field distribution Heat transfer Insulation Hybrid power system Geometrical shape Coût total du système H∞ control Filtering Chaos Bifurcation Control system architecture CO2 Emission Fuzzy Logic Fuzzy Logic Control Active Front Steering Genetic algorithm Energy Storage System Sizing Global chassis control Hourly modelling strategy Mathematical model Automotive systems Characteristic multiplier Forecasting errors Hybrid Energy Storage Durability Finite element method Conductors Direct Yaw Control Initial conditions Finite element methods Electromagnetic interference Active suspensions Hysteresis current mode control Boost converter Grid connected Energy Economy DYNAMIQUE Discrete model Energy Management Optimization Buck converters Decentralized control Acceleration Monodromy matrix Active Front Steering Global Chassis Control Filippov method Fundamental transition matrix Stators Filtres à moyenne glissante Conducting materials Electromagnetic induction Dc-dc power converters Switching piecewise-constant controller Experimental study Centered moving average filters Electric Vehicle Automotive control Global Chassis Control GCC Centralized Multilayer Control Anticontrol Electric vehicle Adaptive filtering Dynamics Temperature distribution Hinf Active Suspensions DC-DC power converters CO2 Emissions Reduction Household appliances Autonomous Vehicles Energy Consumption ADHERENCE PNEU ROUTE Energy management Energy Management Circuits Vehicle dynamics Control Architectures Energy management strategy Composite materials Frequency Cost control Super-Twisting Sliding Mode Control DC microgrid Arduino MEGA 2560 Magnetic fields Electromagnetic compatibility Global Chassis Control Electric Vehicle Sizing Optimization Buck converter Active Suspension Energy management system Chaotic behavior Geometry Gestion de l’énergie Equations Temperature measurement Dijkstra’s algorithm Centralised control Battery Anticontrol of chaos