Electrical systems
Research activities
Electric machines and drives
- AT - High Voltage
- EDLAB - Electric Drives Laboratory
- LABME - Electric machines
- MEMOS - Multiphysics and Electromagnetic Modelling, Optimization and Simulation Group
- SEAV - Electric systems for automation and vehicles
Electromagnetic compatibility
- MEMOS - Multiphysics and Electromagnetic Modelling, Optimization and Simulation Group
- MEMSEMC - Micro / nano devices and EMC
- SEE - Electrical systems for energy
Industrial Electronics
- EDLAB - Electric Drives Laboratory
- LABME - Electric machines
- MEMOS - Multiphysics and Electromagnetic Modelling, Optimization and Simulation Group
- SEAV - Electric systems for automation and vehicles
Modeling, simulation and optimization of electromagnetic devices and systems
- EDLAB - Electric Drives Laboratory
- LABME - Electric machines
- MEMOS - Multiphysics and Electromagnetic Modelling, Optimization and Simulation Group
- MEMSEMC - Micro / nano devices and EMC
Photometry, spectrometry and lighting technology
Safe and sustainable electric mobility
- EDLAB - Electric Drives Laboratory
- EESCOLAB - Electrochemical energy storage and conversion laboratory
- LABME - Electric machines
- SEAV - Electric systems for automation and vehicles
Smart grids and electrical power systems
- AT - High Voltage
- EDLAB - Electric Drives Laboratory
- MEMOS - Multiphysics and Electromagnetic Modelling, Optimization and Simulation Group
- SEE - Electrical systems for energy
Storage and generation systems of electrical energy
- AT - High Voltage
- EDLAB - Electric Drives Laboratory
- EESCOLAB - Electrochemical energy storage and conversion laboratory
Technical-economic evaluations on electrical storage systems
