Mathematical model of electrotechnical systems with frequency-controlled asynchronous motors in regimes of deterministic chaos

Abstract

Theoretical and pilot researches of transitions of electrotechnical systems with frequency and adjustable asynchronous engines
with the positive back coupling from the mode of developed chaos to different regular and chaotic symmetric oscillations are conducted. On the basis of structural approach to motion of electrotechnical system in phase space the research of stability
of the intergroup motions is considered in all their variety as the task of structural analysis of stability is possible. At the same
time, in connection with simplicity and visibility of structures of intergroup movements, qualitative methods can successfully be applied to a research of stability of last.