Use of phase control during energy recovery in frequency converters

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Maksym Kulyk


The article is devoted to the development and research of an algorithm for controlling the power inverter of an active rectifier in frequency converters using phase control. A feature of phase control in frequency converters and the proposed method in a single algorithm for maintaining a given voltage in the DC link, based on a given algorithm for controlling an asynchronous motor. Power IGBT control signals are shown, as well as the simulation results of the proposed system.

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How to Cite
Kulyk, M. (2023). Use of phase control during energy recovery in frequency converters. Scientific Collection «InterConf+», (30(143), 467–476.


Vinogradov A. B. Adaptive–vector control system for sensorless asynchronous electric drive of the EPV series / A. B. Vinogradov, I. Yu. Kolodin, A. N. Sibirtsev // Power Electronics. – 2006. – № 3. – P. 50–55.

Izosimov D. B., Makarov L. N. Method of phase control of an induction motor: 2398349 Russian Federation: IPC 6 H02P23 / 08 H02R27 / 04, Application. № 2009133127/09, 04.09.09, Publ. 27.08.10, Bull. № 24. 7p.

Chistoserdov V. L. A new series of digital asynchronous electric drives based on vector control principles and the formation of variables / A. B. Vinogradov, V. L. Chistoserdov, A. N. Sibirtsev, D. A. Monov // Electrical Engineering. – 2001. – № 12. – P. 25–30.

Izosimov D. B., Makarov L. N. Method of optimal frequency control of an induction motor: 2402865 Russian Federation: IPC H02P 23/08 H02P 27/04 H02P 27/06, Application. № 2009133126/07, 04.09.09, Publ. 27.10.10, Bull. № 30. 9p.

Kulyk M. V. Patent for invention UA123742 Method of controlling an induction motor; owner Kulyk Maksym Volodymyrovych. – a201901419; Application 12.02.2019; Publ. 26.05.2021, Bull. № 21.