Saturation influence of the induction motor magnetic system on the current spectrum powered by a pulsed voltage source
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Abstract
A model for the study of the fundamental and higher stator current harmonics with a certain magnetic system saturation of the induction motor from form of power supply was proposed. The influence of induction motor magnetization curve non-linearity of the stator current form, powered by the three-phase bridge inverter was analyzed. The method of accounting non-linearity of the magnetization curve in the stator current spectrum analysis was proposed. A result of current spectra for different states of the induction motor was shows.
Ref. 11, pic. 3
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References
Lyubarskiy, B. G., Demidov, A. V., Parfenyuk, T. V. (2014). Modelirovanie tyagovogo privoda na osnove SDPM. SvItlotehnIka ta elektroenergetika. № 2. Рp. 41–46.
Nemtsev, G. A., SeleznYov, E. A., Shestakova, L. A. (2014). Vliyanie vyisshih garmonicheskih sostavlyayuschih na rabotu asinhronnyih dvigateley. Vestnik Chuvashskogo universiteta. № 2. Рр. 46- 51.
Rodkin, D. I., Romashihin, Yu. V. (2012). Obosnovanie raschYotnyih shem zamescheniya asinhronnyih dvigateley. TehnIchna elektrodinamIka. № 2. Рр. 89-90.
Kondratyuk, O. Yu., Egorov, A. B. (2006). Analiz avariynyih rezhimov rabotyi asinhronnyih dvigateley k voprosu vyibora ih effektivnoy zashityi. Sistemi obrobki InformatsIYi. Vip. 4 (53). Рр. 79-86.
Braslavskiy, I. Ya., Ishmatov, Z. Sh., Polyakov, V. N. (2004). Pod red. I.Ya. Braslavskogo Energosberegayuschiy asinhronnyiy elektroprivod. Izdatelskiy tsentr Akademiya, Р. 256.
Shramkov, E. G., Dyachenko, D. I., Zorin, P. V., Novitskiy, G. N., Novopashennyiy, L. A., Ostrovskiy, P. D., Presnyakov, S. A., Spektor, M. M., Fetisov, K. P. (1972). Elektricheskie izmereniya. Sredstva i metodyi izmereniy (obschiy kurs). Pod red. E G. Shramkova. Ucheb. posobie dlya vuzov. Vyissh. shkola, Р. 520.
Bladyiko, V. M., Mazurenko, A. A. (1957). Approksimatsiya petel gisterezisa ferromagnitnyih materialov. Izv. vuzov SSSR – Energetika. #9. Рр.53-59.
Gerasimovich, A. N., Bobko, N. N. (1976). Raschet krivyih namagnichivaniya ferromagnitnyih materialov na peremennom toke. Elektrichestvo. #10. Рр. 13-18.
Zdrok, A. G. (1968). Analiticheskiy metod ucheta gisterezisa v magnitnyih usilitelyah s samopodmagnichivaniem. Elektrichestvo. #10. Рр. 57-62.
Liao, Y. and Lipo, T. (1994). Effect of saturation third harmonic on the performance of squirrel-cage induction machines, Electr. Mach. Power Syst., vol. 22, no. 2, pp. 155-171.
Grahame Holmes, D., Thomas Lipo, A. (2003). Pulse width modulation for power converters. Theory and practice. IEEE Press Series on Power Engineering, Р. 724.