Mathematical model of autonomous self-exciting asynchronous generator as a multi-connected control object.

  • С. П. Бояр-Созонович
  • В. В. Волошин

Abstract

A mathematical model of a self-excited autonomous asynchronous generator with an automatic control system of the output voltage and frequency was developed, the post-transition of which used experimental transient characteristics via two control channels and perturbation. The technique of approximation of transient characteristics for obtaining the transfer functions of such a generator as a multi-connected control object is given. It is shown how the effects on the executive unit and the primary engine are carried out to obtain stable output parameters. Il 4. Bibliogr .: 5 titles.

Published
2019-03-08
How to Cite
Бояр-Созонович, С., & Волошин, В. (2019). Mathematical model of autonomous self-exciting asynchronous generator as a multi-connected control object. Electrotechnic and Computer Systems, (39(39), 117-123. Retrieved from https://eltecs.op.edu.ua/index.php/journal/article/view/1832
Section
Automated electromechanical systems

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