Flux paths d-q axis excitation

- March 5, 2021 at 5:36 pm
  
  cgallardo0103
  Subscriber
  
  Hi everyone!!!
  I'm simulating a synchronous reluctance motor and I need to get the flux paths for the direct and quadrature axes, that's, obtain flow paths for the excitation of the direct and quadrature axes...in the same way to be able to obtain the flux density in the d-q axes and the magnetomotive force.
  In case someone has worked this problem could indicate some kind of procedure, I'm new to ANSYS and it's my first project using the software.
  
  Best regards,
  Cesar Gallardo
- March 8, 2021 at 9:31 am
  
  NKC
  Forum Moderator
  
  set up current excitations to windings such that the windings are excited when the rotor direct axis is at the center of a particular phase winding arrangement and plot the B fileds in that condition.
  Similarly setup the current excitations to windings such that the windings are excited when the rotor quadrature axis is at the center of a particular phase winding arrangement and plot the B fileds in that condition.
  This can be achieved by adding an addition angle (say delta) in your phase current equations. Generally for reluctance motors (with no permanent magnets) these angles are 0 degrees and 45 degrees.
  Suggest you study more theory on this topic to understand better.
  
  Regards
  Navya
- March 9, 2021 at 1:32 pm
  
  cgallardo0103
  Subscriber
  
  Hi!!! Thanks for your quick answer....
  
  Regards Cesar