Advanced topics cover various fields related to energy conversion, power electronics, electric machine control, and energy systems. Below are some advanced themes in this specialty:
1. Control and Command of Electrical Systems
Vector control and Direct Torque Control (DTC) of electric machines
Robust and adaptive control of electric motors
Predictive control of power converters
Optimization of energy management in electrical systems
Artificial intelligence and machine learning applied to motor control
2. Power Electronics and Energy Conversion
Design and optimization of multilevel converters
High-efficiency inverters and rectifiers
Converter modulation and harmonic reduction
Energy conversion systems for renewable applications (wind, solar)
Energy storage and integration into electrical grids
3. Electric Machines and Advanced Magnetic Materials
Design and modeling of permanent magnet synchronous motors
New topologies of variable reluctance electric machines
Modeling of magnetic and thermal losses in machines
Performance optimization of motors for industrial applications and electric vehicles
4. Smart Grids
Integration of renewable energy sources into electrical grids
Intelligent energy distribution management
Power quality and disturbance compensation
Fault detection and isolation techniques in electrical networks
5. Electromagnetic Compatibility and Reliability of Electrical Systems
Reduction of electromagnetic interference in electronic systems
Reliability analysis of converters and electric machines
Diagnostic techniques and predictive maintenance of electrical equipment