All projects developed in the Electrical energy engineering courses taken at the University of Bologna.
- Asyncronous_machine_DTC: DTC (direct torque control) of an asyncronous machine. (Simulink)
- Active_filter_repetitive_controller: master's thesis. I realized a control of an active filter (a system designed to eliminate harmonic disturbs in the current lines) implementing several architectures of repetitive controllers. (Simulink)
- Indirect_field_oriented_control: control of an induction machine using a indirect method to implement the flux observer. (Simulink)
- Electromechanical_levitation: control of a electromechanical levitation system (Simulink)
- Loadflow calculator: loadflow calculator implemented using Python.
- Electromagnetic_fields_CAD: numerical solution of electro static problems (Matlab)
- Electrified_BMW_series3: Simulink model of an electrified version of the BMW 3 series. An aerodynamic model of the vehicle and a discretization of the brushless electric machine was created. By providing a speed profile to the vehicle resulting from a possible urban use profile, the model calculates the resistant torque at the machine shaft and, from the discretization of the brushless machine, calculates the electrical consumption. The battery characteristic of the vehicle was also modeled to realistically estimate the actual consumption.