The model demonstrate vector control of permanent magnet synchronous motor. Model uses Model of PMSM in rotor frame of reference. There is a speed control loop to regulate the speed.
Syed Abdul Rahman Kashif (2020). Vector Control of Permanent Magnet Synchronous Motor (https://www.mathworks.com/matlabcentral/fileexchange/42048-vector-control-of-permanent-magnet-synchronous-motor), MATLAB Central File Exchange. Retrieved .
How can be applied this scheme without inverter?
What is the purpose of PID here ?
@Gabriel Pauka : He has used a current hysteresis controller for generating reference voltage instead of two PI controllers.Commendable work!
Your vector control is so different... yet, it seems to work properly. All the FOC systems that I've seen has 3 PI controllers. Yours have only one P controller. That is amazing!
what is the purpose relay in this simulink block
Hello, I have an error "error using open (line 162): Invalid argument". Can you help me fix them? Thank you very much
slm i need Adaptive Back-stepping Control of Permanent Magnetic Synchronous Motor
thanks a lot! helpful
I don't understand the purpose of PID controller in this block, the role of PID controller is so weird.and the other thing if you change your reference speed the out remain the same..the speed only change with load torque. and you can not control it from changing the value of PID controller..so i think this model is OK for only certain values, not for all...can you explain plzz???
Thank you very much for this model that you designed. Please, can you send me specific prameter of motor, include power, speed and current?
why your vector control is different compared to others?
this model is proving to be very useful for my thesis. each individual block is very clear, but i am not yet clear on understanding the full system structure. on all other block diagrams of vector control that i have seen the model looks different.
Idq goes into a controller that produces Vdq. from that you get Vabc which goes into the PWM and inverter to produce Iabc. Iabc then goes to the motor and also gets looped back into the system (transforming back into Idq).
your model has correct math for each individual block, but i am having difficulty correlating your model to other vector control models.
would it be possible to explain how and why yours is different?
THis have helped me a lot in my thesis.
Find the treasures in MATLAB Central and discover how the community can help you!Start Hunting!