Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805
Calculation method of power transformer`s short-circuit parameters is presented by mathematical modeling by means software structure FEMM on the example of geometrical model three-
phase power transformer, with capacity 1600 kVA, voltage index 35 kV. Transformer`s short-circuit parameters calculation has been carried out at the basis of electromagnetic field mathematical model in vector magnetic potential formulations by polynomial regression means. It has been defined the influence of electrotechnical steel nonlinear properties in magnetic system at magnetic field energy and at transformers short-circuit parameters. It has been received the dependence of short-circuit parameters from phase tension values for corresponding voltage control stages. Reliability and accuracy of calculations have been proved
by the comparative analysis with a classical technique data and experimental test data in short-circuit mode. It has been shown that by means of mathematical modeling application in software structure FEMM has allowed to increase calculation accuracy of short-circuit parameters at 3-4%.
DOI 10.15276/eltecs.26.102.2017.13
1. Tihomirov, P. M. (1986) Calculation transformers [Raschet transformatorov], Moscow, Energoatomizdat, 528 р.
2. Leytes, L. V. (1974) Equivalent circuit multiple winding transformers [Shemyi zamescheniya mnogoobmotochnyih transformatorov], Moscow, Moscow Energy, 192 p.
3. Yarymbash, D. S., Yarymbash S. T., Divchuk T. E., Kylymhyk I. M. (2016) Determination features of the power transformer short circuit parameters through field modeling [OsoblivostI viznachennya parametrIv korotkogo zamikannya silovih transformatorIv zasobami polovogo modelyuvannya] Zaporozhye, Electrotechnics and electroenergetics № 1, pp. 12–17.
4. Vaskovskiy, Yu. M. (2007) Field analysis of electric machines [Poloviy analIz elektrichnih mashin], Kievб NTU «KHPI», 192 p.
5. Milykh, V. I., Polyakova N. V. (2013) Analysis of harmonic composition of the alternating magnetic field associated with rotating rotor of turbogenerator in the no-load and short-circuits modes [Analiz garmonicheskogo sostava peremennogo magnitnogo polya, svyazannogo s vraschayuschimsya rotorom turbogeneratora, v rezhimah holostogo hoda i korotkogo zamyikaniya] Zaporozhye, Electrotechnics and electroenergetics № 2, pp. 5–13.
6. Yarymbash, D. S., Kotsur М. I., Yarymbash S. T., Kotsur I. М. (2016) Features of three-dimensional simulation of the electromagnetic fields of the asynchronous motors [Osobennosti trehmernogo modelirovaniya elektromagnitnyih poley asinhronnogo dvigatelya], Zaporozhye, Electrotechnics and electroenergetics № 2, pp. 43–50.
7. Yarymbash, D. T., Yarymbash S. T., Kylymhyk I. M., Litvinov D. O. (2010) Identification of system characteristics of resistive heating for the transportation of chlorine by methods of mathematical modeling. [Identifikatsiya elektricheskih parametrov shihtovannyih shinnyih paketov moschnyih korotkih setey] Vestnik NTU KHPI, pp. 398 – 401.
8. Bul, O. B. (2005) Methods of calculation of magnetic systems of electric devices [Metodyi rascheta magnitnyih sistem elektricheskih apparatov] Moscow, Academy, 337 p.
9. Yarymbash, D. S., Yarymbash S. T., Divchuk T. E., Kylymhyk I. M. (2016) The features of magnetic flux distribution of the idling mode of the power transformers [OsoblivostI rozpodIlu magnItnih potokIv u rezhimI nerobochogo hodu silovih tran-sformatorIv], Zaporozhye, Electrotechnics and electroenergetics №2, pp. 5–12. DOI: 10.15588/1607-6761-2016-2-1
10. Bayda, E. I. (2015) Calculation of electromagnetic and thermal fields using the program FEMM [Raschet elektromagnitnyih i teplovyih poley s pomoschyu programmyi FEMM] Kharkov, NTU HPI, 94 p.
11. Yarymbash, D. S. (2014) Features of processing of registration of electrical parameters of electrotechnical complexes of the graphitization AC [Osobennosti obrabotki dannyih registratsii elektricheskih parametrov elektrotehnicheskih kompleksov grafitatsii peremennogo toka], Energy saving. Power engineering. Energyaudit № 2, pp. 48–54.
Last download:
5 Jan 2020

[ © KarelWintersky ] [ All articles ] [ All authors ]
[ © Odessa National Polytechnic University, 2014-2018. Any use of information from the site is possible only under the condition that the source link! ]