SUBSYSTEM OF AUTOMATED SYNTHESIS AND ANALYSIS OF THREE-PHASE WINDING

Abstract

The features of arbitrary symmetrical three-phase windings with similar harmonic spectra are
studied, and a methodology for the formation of their homologous series is developed.
The use of the homological representation of windings makes it possible to substantially reduce the volume of studies of their properties, limiting it to studying the properties of their bipolar modifications covered
by homologies of the first kind.
An algorithm for the formation of homologies of bipolar windings is developed. It is proved that the
change in the electromagnetic properties of the windings forming the homologous series uniquely corresponds to the law of transformation of the winding structure of a given series.
Based on this correspondence, a subsystem of automated synthesis of three-phase windings and harmonic analysis has been developed. It is also possible to design the synthesized winding in an interactive
mode.
The subsystem can be effectively used in the design of electrical machines and in the training of specialists in electromechanics.
Examples of the application of the methodology are given.
The proposed approach can serve as a basis for performing scientifically based systematization of multiphase windings