COMPARISON OF ADJUSTABLE HIGH-PHASE ORDER INDUCTION MOTORS’ MERITS

Authors

  • V. S. Petrushin Оdessa National Polytechnic University, Ukraine
  • L. Y. Bielikova Оdessa National Polytechnic University, Ukraine
  • Y. R. Plotkin HWR Berlin, Alt Friedrichsfelde 60, 10315 Berlin, Germany, Germany
  • R. N. Yenoktaiev Оdessa National Polytechnic University, Ukraine

DOI:

https://doi.org/10.20998/2074-272X.2016.1.07

Keywords:

adjustable high-order induction motor, semiconductor frequency converter, mathematical modelling, regulation curves, stator winding, vibroacoustic indicators

Abstract

Purpose. Development of mathematical models of adjustable electrical drives with high-phase order induction motors for their merits analysis at static and dynamical modes. Methodology. At the mathematical modeling main kinds of physical processes taking place in the high-phase order induction motors are considered: electromagnetic, electromechanical, energetic, thermal, mechanical, vibroacoustic ones. Besides, functional as well as mass, frame and value indicators of frequency converters are taking into account which permits to consider technical and economical aspects of the adjustable induction electrical drives. Creation of high-phase order induction motors’ modifications in possible on the base of a stock 3-phase motors of basic design. Polyphase supply of induction motors is guaranteed by a number of the adjustable electrical drives’ power circuits. Results. Modelling of a number of adjustable electrical drives with induction motors of different phase number working on the same load by its character, value and required adjustment range is carried out. At the utilization of the family of characteristics including mechanical ones at different adjustment parameters on which loading mechanism’s characteristics are superimposed regulation curves representing dependences of electrical, energetic, thermal, mechanical, vibroacoustic quantities on the motors’ number of revolutions are obtained. Originality. The proposed complex models of adjustable electrical drives with high-phase order induction motors give a possibility to carry out the grounded choice of the drive’s acceptable variant. Besides, they can be used as design models at the development of adjustable high-phase order induction motors. Practical value. The investigated change of vibroacoustic indicators at static and dynamical modes has been determined decrease of these indicators in the drives with number of phase exceeding 3.

Author Biographies

V. S. Petrushin, Оdessa National Polytechnic University

Doctor of Technical Science, Professor

L. Y. Bielikova, Оdessa National Polytechnic University

Candidate of Technical Science, Associate Professor

Y. R. Plotkin, HWR Berlin, Alt Friedrichsfelde 60, 10315 Berlin, Germany

к.т.н., проф.

R. N. Yenoktaiev, Оdessa National Polytechnic University

Postgraduate Student

References

Datskovskii L.X., Rogovoi V.I. Current status and trends in asynchronous variable frequency drives. Elektrotekhnika – Electrical Engineering, 1996, no.10, pp. 20-24. (Rus).

Soustin B.P. Single-phase inverter asynchronous electric. Nauka proizvodstva – Science production, 2000, no.3, pp. 10-16. (Rus).

Sidelnikov B.V. Six-phase variable-frequency high power asynchronous motors. Izvestiya RAN. Energetika – News Russian Academy of Sciences. Energetics, 2000, no.3, pp. 31-38. (Rus).

Mustafa T.M., Volkov S.V., Ershov A.M., Sentsov Yu.M., Minaev G.M. Frequency converter for the propeller motor. Elektrotekhnika – Electrical Engineering, 2014, no.1, pp. 46-54. (Rus).

Golubev A.N., Ignatenko C.B. Influence of the number of phases of the stator winding of the induction motor on its vibro-noise characteristics. Elektrotekhnika – Electrical Engineering, 2000, no.1, pp. 28-31. (Rus).

Golubev A.N., Zykov V.V. A mathematical model of a multi-phase induction motor stator and rotor windings. Elektrotekhnika – Electrical Engineering, 2003, no.7, pp. 35-40. (Rus).

Petrushin V.S. Range of optimality criteria for the design of controlled asynchronous motors. Trudy Odesskogo politekhnicheskogo universiteta – Proceedings of Odessa Polytechnic University, 2001, no.1(13), pp. 81-86. (Rus).

Petrushin V.S. These costs asynchronous motors in the drive frequency for different control laws. Elektromashinostoenie i elektrooborudovanie – Electrical Engineering and Electric Equipment, 2001, no.56, pp. 51-54. (Rus).

Petrushin V.S. Asinhronnye dvigateli v reguliruemom elektroprivode: Uchebnoe posobie [Induction motors in adjustable electric: Textbook]. Odessa, Nauka i tehnika Publ., 2006. 320 p. (Rus).

Petrushin V.S., Rjabinin S.V., Jakimec A.M. Programmnyj produkt «DIMASDrive». Programma analiza raboty, vybora i proektirovanija asinhronnyh korotkozamknutyh dvigatelej sistem reguliruemogo elektroprivoda [Program performance analysis, selection and design of asynchronous cage motors controlled drive systems]. Patent UA, no.4065. (Ukr).

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Published

2016-03-12

How to Cite

Petrushin, V. S., Bielikova, L. Y., Plotkin, Y. R., & Yenoktaiev, R. N. (2016). COMPARISON OF ADJUSTABLE HIGH-PHASE ORDER INDUCTION MOTORS’ MERITS. Electrical Engineering & Electromechanics, (1), 38–41. https://doi.org/10.20998/2074-272X.2016.1.07

Issue

No. 1 (2016)

Section

Electrical Machines and Apparatus

License

Copyright (c) 2016 V. S. Petrushin, L. Y. Bielikova, Y. R. Plotkin, R. N. Yenoktaiev

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