Prof. Nicola Bianchi
– Temperature estimation techinques for synchronous motor applications.
– Flux-weakening and sensorless control of wounded synchronous motors.
– Flux-weakening and sensorless control of hybrid excited permament magnet motors.
– Identification of the absolute rotor mechanical position by means of anisotropies design.
– Design and control of multi-phase motors.
– Design of multi-phase converters.
– Control of electric drives for bike or e-bike applications.
Prof. Luigi Alberti
– Thesis project.
– Thesis project.
– Thesis project.
– Thesis project.
– Thesis project.
Dr. Ludovico Ortombina
– Development of a model predictive control for a 3LT2 converter, implementing both current tracking and voltage capacitor balancing.
– Implementation of a pulsating injection sensorless control, with analytical controller design and torque disturbance observer.
– Implementation of a high frequency square wave sensorless control.
– Modelling of the rotating injection position observer using the modulation/demodulation theory.
– Development of a low-speed sensorless control without HF voltage injection.
– Estimation of the permanent magnet at standstill condition.
– Investigation of injection-based position observer instability in regeration mode.
– Estimation of Li-ion battery pack parameters to improve the charger performance.
