Advanced control of electrical machines requires independent control of magnetic flux and torque. Induction motors are currently used in many industrial applications. Thus, their control techniques have received a lot of interest. An efficient method of induction motor control is direct torque control (DTC). The Direct Torque Control (DTC) method is characterized by its simple implementation and a fast-dynamic response. The main advantages of DTC are the absence of coordinate transformation and current regulator absence of separate voltage modulation block. In this design, a DTC model has been developed and tested using a MATLAB/SIMULINK as shown in the simulation video demo. The results verified based on the stator flux and torque. Design Parameters - Stator resistance-rs=1.19
- Rotor resistance-rr=1.04
- Stator inductance-Ls=0.01759
- Rotor inductance-Lr=0.01759
- Mutual inductance-M=0.55
- Poles-P=2
- Inertia-J=0.01
Reference Paper-1: Design of Direct Torque Controller of Induction Motor Author's Name: Alnasir, Z.A and Almarhoon A.H. Source: International Journal of Engineering and Technology Year:2012
Request source code for academic purpose, fill REQUEST FORM or contact +91 7904568456 by whatsapp or sales@verilogcourseteam.com, fee applicable. SIMULATION VIDEO DEMO

PREVIOUS PAGE|NEXT PAGE
|
|
|