Parks Matrices
Parks Matrices
(OP)
Can anybody introduce myself to the joys of Parks Transformation, given that i have induction machine parmeters in both physical and per unit sense. This is first time i have encountered it ,as a new package has been brought in to the employers.
How does the physical parameters relate to the matrices given in various texts, absoulutely bamboozled?, as no texts gives examples on how it is carried out. What im looking to do is get the 0-d-q system resistances and reactances of both the stator and the rotor coils, can anybody give me a push in the right direction
Any help from the experts out there would be very appreciated
How does the physical parameters relate to the matrices given in various texts, absoulutely bamboozled?, as no texts gives examples on how it is carried out. What im looking to do is get the 0-d-q system resistances and reactances of both the stator and the rotor coils, can anybody give me a push in the right direction
Any help from the experts out there would be very appreciated





RE: Parks Matrices
1. Bimal K. Bose "Modern Power Electronics and AC Drives," Prentice Hall PTR, 2002,
page 56 Section 2.2.12 Dynamic d-q Model
Dr. Bose clearly presents an explanation of the d-q model, Park's transformation context and applications.
RE: Parks Matrices
EXCELLENT REFERECE !!
For that you get a STAR
jO
RE: Parks Matrices
0-d-q (Zero Sequence-Direct-Quadrature Axis)Transformation
was briefly discussed, try on this publication:
Electric Machinery, 6/e. AE Fitzgerald Charles Kingsley, Jr. Stephen D. Umans, MIT. Mcgraw-hill
RE: Parks Matrices
RE: Parks Matrices
http://services3.ieee.org/organizations/...
Chapter 4
http://www.nalanda.nitc.ac.in/nitcresour...
page 40 shows a broader use of Park's Transformation via simulation, applied to converters
http://power.ece.uiuc.edu/chapman/papers...
for a little weakness of Park's Transformation, namely, the zero-sequence has to be treated separately;
etc. for more info