Journal article
Extended Park's transformation for 2×3-phase synchronous machine and converter phasor model with representation of AC harmonics
A model of the 2×3-phase synchronous machine is presented using a new transformation based on the eigenvectors of the stator inductance matrix. The transformation fully decouples the stator inductance matrix, and this leads to an equivalent diagram of the machine with no mutual couplings in the stator.
A consistent method is developed to determine model parameters from standard machine data. A phasor model of the line commutated converter is presented. The converter model includes not only the fundamental frequency, but also any chosen number of harmonics without a representation of the single thyristors
| Language: | English |
|---|---|
| Publisher: | IEEE |
| Year: | 1995 |
| Pages: | 126-132 |
| ISSN: | 15580059 and 08858969 |
| Types: | Journal article |
| DOI: | 10.1109/60.372577 |
2/spl times/3-phase synchronous machine AC harmonics representation Circuits Coils Commutation Inductance Matrix converters Mutual coupling Power engineering and energy Stators Synchronous machines Thyristors commutation converter phasor model eigenvalues and eigenfunctions eigenvectors extended Park's transformation harmonics inductance line commutated converter machine theory matrix algebra parameter identification power convertors stator inductance matrix synchronous machines
