A universal simulation model for motor control based on SVPWM

Motors, such as three-phase asynchronous motors, DC generator motors, permanent magnet linear motors, etc. have penetrated almost all of the aspects of industry, agriculture, commerce and daily life nowadays. With the development of modern technology, the direction of control strategies tends to be more and more digitized and efficient. This paper introduces a basic and common control platform, adopting control algorithm of the space vector pulse width modulation (SVPWM). Through the simulation under Matlab/simulink, this model can be commonly used in all kinds of motors, including control loop and detection loop. The simulation waveforms not only reach the expected effect and prove the validity of the model, but also provide a theoretical foundation of the hardware and software for the motor control system.