|Personal data||Research themes||Ongoing teaching||Publications|
A long-standing research activity of the Electrical Energy group concerns the operation, the monitoring and the protection of power systems. In particular, the group has a large expertise in the design of numerical protection relays for HV lines transformers, generators and motors, and in the design of monitoring systems for Power Quality analysis. Ongoing research deals with the maintenance, the reliability and the stability of power systems, and with the use of synchronized Phasor Measurement Units (PMUs). The Electrical Energy group also carries out research in the domain of dispersed generation and renewable energies. The focus is on wind energy and the control of wind turbine generators in the presence of grid faults and generator faults. The modeling, the simulation and the control of electrical machines and drives constitute another axis of research. Induction machines and synchronous machines are modeled by means of finite element models and dq-models. Part of our attention goes towards the development of online detection systems for faults in induction motors. Further, a major topic for more than 20 year is PWM control of railway traction drives and the related spectral problems. Another research axis is devoted to switch-mode power supplies (modeling and simulation of electrical, magnetic and thermal problems, topologies, analog and digital control, monitoring). The unit is active in the following research fields: : Electric Vehicles Electrical Machines and Drives (design, control, simulation) Numerical Methods for Electromagnetism Power Systems protection Reliability and Security of Power Systems Renewable Energies (wind, photovoltaic) Signal processing of measurements on the grid Smart Grids Smart metering
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