ENERGY EFFICIENCY OF THE VIBRATORY DEVICE ELECTROMAGNETIC DRIVE SYSTEM

O.O. Cherno; M.Yu. Monchenko

doi:10.15407/techned2016.01.020

No. 1 (2016), Conversion of Electric Energy Parameters

No. 1 (2016)

Conversion of Electric Energy Parameters

ENERGY EFFICIENCY OF THE VIBRATORY DEVICE ELECTROMAGNETIC DRIVE SYSTEM

Published 2016-01-29

https://doi.org/10.15407/techned2016.01.020

O.O. Cherno⁺⁻
M.Yu. Monchenko⁺⁻

O.O. Cherno

National University of Shipbuilding named by admiral Makarov, 9, Geroev Stalingrada av., Nikolayev, 54025, Ukraine

M.Yu. Monchenko

National University of Shipbuilding named after admiral S.I. Makarov, 9, Heroiv Stalinhrada ave., Mykolaiv, 54025, Ukraine

ARTICLE_3_PDF

Keywords

vibratory device
electromagnetic drive
energy efficiency вібраційна установка
електромагнітний привод
ККД

How to Cite

[1]

Cherno, O. and Monchenko, M. 2016. ENERGY EFFICIENCY OF THE VIBRATORY DEVICE ELECTROMAGNETIC DRIVE SYSTEM. Tekhnichna Elektrodynamika. 1 (Jan. 2016), 020. DOI:https://doi.org/10.15407/techned2016.01.020.

Abstract

The paper deals with the investigation of vibratory device electromagnetic drive system energy characteristics. By means of numerical simulation of electromechanical processes, the values of the electromagnetic vibrator efficiency, the frequency converter efficiency and the resulting efficiency of the drive system were calculated for the different values of the output power and the current frequency. The optimal frequency, providing the maximum efficiency, was determined. It was found, that an electromagnetic drive with an automatic control system provides a higher efficiency than an unbalanced one. The theoretical results were confirmed by the results of the experiments. References 12, tables 2, figures 5.

https://doi.org/10.15407/techned2016.01.020

ARTICLE_3_PDF

References

Cherno A.A. Dynamic model of electromagnetic vibration drive // Tekhnichna Elektrodynamika. − 2014. − No 2. − Pp. 37–43. (Rus)

Cherno A.A. Control of Resonant Electromagnetic Vibrational Drive Using a Digital Filtering Algorithm Based on Discrete Fourier Transform // Journal of Automation and Information Sciences. − 2014. − Vol. 46. − No 7. − Pp. 53−68.

Despotovic Z., Ribic A. The Increasing Energy Efficiency of the Vibratory Conveying Drives with Electromagnetic Excitation // International Journal of Electrical and Power Engineering. − 2012. − Vol. 6. − No 1. – Pp. 38–42.

Gmurman V.E. Probability theory and mathematical statistics. – Мoskva: Vysshaia shkola, 2003. – 480 p. (Rus)

Kazachkovckii M.M. Stand-alone converters and frequency converters. − Dnipropetrovsk, 2000. − 197 p. (Ukr)

Lanets A.S. High efficiency interresonance vibrating machines with electromagnetic drive (Theoretical foundations and building practice). − Lviv: NULP, 2008. – 324 p. (Ukr)

Lavendel E.E. Vibrations in the technique: Reference book. Vibrational processes and machines. − Moskva: Mashinostroenie, 1981. – 509 p. (Rus)

Onishchenko G.B. Electric drive. − Мoskva, 2003. − 320 p. (Rus)

Poluianovich N.K. Power Electronics: Textbook. − Taganrog: TRTU, 2005. − 204 p. (Rus)

Rusin Y.S., Glikman I.Y., Gorskii A.N. Electromagnetic elements of electronic equipment. − Moskva: Radio i Sviaz, 1991. − 224 p. (Rus)

Vasiutinskii S.B. Theory and calculation of transformers. − Leningrad: Energiia, 1970. − 432 p. (Rus)

Vibrators control box. Industrial vibrators and vibration equipment. − Yaroslavl plant "Krasnyi Maiak". Internet resource: http://www.vibrators.ru. (Rus)