Space vector modulation techniques based speed control of induction motor using DTC

For rapid torque response and seamless execution in induction motor applications, a recommended method is using Direct Torque Control (DTC). However, the technique is susceptible to many modulation indexes and current harmonics. Many other industrial applications already have DTC. Modern-day harmonics that are caused by the torque-flux plane may be avoided by a new switching desk that implements the torque-flux plane into present-day motor drives via software modification, rather than by a hardware upgrade. The models are visually presented using pictures of Simulink’s model and motor output. The project’s major aim is to develop dynamic responses that are quick and low in frequency and that have highly efficient controllers with minimal harmonic losses and reduced inverter switching frequency. Additionally, a DTC control has all of the characteristics listed above to be an effective controller. Thus, the goal here is to research the most sophisticated IM administration approach: direct torque manipulation and see how it performs.