A master’s thesis at the College of Engineering at the University of Basrah discussed (performance analysis of a five-phase impedance motor using directional control and direct torque control methods)

The thesis presented by the student Namariq Abdel Amir Amin dealt with the application of the dynamic model of the five-phase synchronous impedance motor fed from a voltage source from

Five phases, and the dynamic response of the engine was evaluated. Two techniques were used to embed the pulse width into Create a simulation model of the motor that is fed from a five-phase inverter voltage source The thesis aims that multi-phase motors, especially five-phase motors, are more useful than three-phase motors traditional. There is additional flexibility to operate the five-phase synchronous impedance motors, improving the power Generate engine torque, improve system reliability, The message concluded that the system is stable and that the proposed control methods are Effective and accurate motor control

A brief comparison was made between the two vector control methods, which are wave field control and torque control.