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Artykuły :: Telematics :: ATST

Computer simulation of electromagnetic interference from railway electric power system harmonics
V. GAVRILYUK, A. ZAVGORODNIJ, A. MYRGORODSKA
2010-01-05 10:05:15

Title:

Computer simulation of electromagnetic interference from railway electric power system harmonics

Authors:

V. GAVRILYUK, A. ZAVGORODNIJ, A. MYRGORODSKA

Afiliation:

Chair of Automatics and Telecommunication, Dnepropetrovsk National University of Railway Transport, Acad. Lazaryan str. 2, 49010 Dnipropetrovsk, Ukraine

Keywords:

electromagnetic interference, track lines

Abstract:

In this work a computer simulation was carried out for traction current harmonics distribution in rail lines generated by several locomotives in a feeder zone. The inductive and conductive interference in rail circuits was investigated for two AC rail tracks, as well as for different types AC and DC parallel rail tracks

Bibliography:

[1] BADER M.P.,  Elektromagnitnaja sovmestimost (Electromagnetic compatibility). UMK MPS, Moskva, 2002, (in Russian).
[2] CARSON J. R., Wave propagation in overhead wires with ground return / Bell System Technical Journal, 1926, Vol. 5, 539-554.
[3] DERI A., TEVAN G., SEMLYEN A., and CASTANHEIRA A., The complex ground return plane: a simplified model for homogeneous and multilayer earth return / IEEE Transactions on Power Apparatus and Systems, 1981, Vol. 100(8), 3686-3693.
[4] HILL R.J., Electric Railway Traction. Part 7. Electromagnetic interference in traction systems / Power Engineering Journal, December 1997, pp 259-266
[5] KOSAREV A.B., Osnovi teorii elektromagnitnoj sovmestimosti system tiagovogo elektrosnabgenija peremennogo toka (The bases of electromagnetic compatibility AC track current supply systems). Intekst, Moskva, 2004, (in Russian).
[6] NEINMAN L.R., Poverkhnostnij effect v feromagnitnikh telakh GEI (Skin-effect in ferromagnetic, GEI), Leningrad-Moskva, 1949, (in Russian).
[7] WANG Y.-J., Analysis of the skin effect for calculating frequency-dependent impedance of the TRTS power rail / Proc. Natl. Sci.Counc.ROC(A). Vol. 23., No 3, pp. 419-428.

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