HARMONIC INTERFERENCE OF TRACTION CURRENT IN METRO POWER SUPPLY SYSTEM
Abstract
Harmonic interference of traction current in the power supply system of Moscow Metro is considered. Simulation model of traction power supply system for rolling stock is presented, which was created under MATLAB / Simulink. The results of simulation and experiment on evaluation of harmonic interference of traction current are given. The spectral analysis data were compared with norms for assessment of interfering effect of interference on devices of signaling, centralization and blocking (hereinafter - SCB) and automatic train signaling with automatic speed regulation (hereinafter-ATS ASR). According to the results of modeling and experimental measurements conclusion was drawn that exceeding the traction current at a frequency of 50 Hz is possible.
About the Authors
M. V. Shevlyugin
Moscow State University of Railway Engineering (MIIT), Moscow, Russia
Russian Federation
Russian Federation
V. P. Dang
MoscowState University of Railway Engineering (MIIT), Moscow, Russia/Hanoi, Vietnam
Viet Nam
Viet Nam
References
1. Kirzhner, D. L. Electromagnetic compatibility of static frequency converters of metro cars with asynchronous traction motors with signaling, centralization and blocking and automatic speed regulation [Elektromagnitnaja sovmestimost'staticheskih preobrazovatelejchastoty vagonov metropolitena s asinhronnymi tjagovymi dvigateljami s sistemami signalizacii, centralizacii, blokirovki i avtomaticheskogo regulirovanija skorosti]. Ph.D. (Eng.) thesis. Moscow, MIIT publ., 1986, 298 p.
2. Koluzaev, A. M., Edigaryan, L. S., Ermolov, D. G., Bykov, E. I., Krotov, L. В., Baynvol G. E.. Electric power supply of metro. Installation, operation and design [Elektrosnabzhenie metropolitenov. Ustrojstvo, ekspluatacija i proektirovanie]. Ed. by E. I. Bykov. Moscow, Transport publ., 1977,431р.
3. German-Galkin, S. G. Computer simulation of semiconductor systems in MAT LAB 6.0 [Komp'juternoe modelirovanie poluprovodnikovyh sistem v MATLAB6.0]. St. Petersburg, Korona-print, 2001, 320 p.
4. Bykov, E. I., Panin, B. V, Pupynin V. N. Traction network of metro [Tjagovye sett metropolitenov]. Moscow, Transport publ., 1987, 256 p.
5. Pupynin, V. N. Protection and deviation of traction networks in emergency conditions [Zashhita i otklonenie tjagovyh setej v avarijnyh rezhimah]. D.Sc. (Eng.) thesis. Moscow, MIIT publ., 1986, 340 p.
6. Vasilieva, M. A. Power optimal modes of metro train control [Energooptimal'nye rezhimy upravlenija dvizheniem poezda metropolitena]. Ph.D. (Eng.) thesis. Moscow, MIIT publ., 2003, 182 p.
7. Report on the research project «Implementation of systems to ensure beneficial use of braking energy of ERS at Moscow metro» [Otchet о NIR «Vnedrenie sistem, obespechivajushhih poleznoe ispol'zovanie tormoznoj jenergii EPS na Moskovskom metropolitene»]. Leader of research project Baranov L. A. Moscow, MIIT publ., 2009, 397 p.
8. Baranov, L. A., Brodsky Yu. A., Grechishnikov, V. A. et ah Evaluation of the use of fixed capacitive energy storage in the metro based on experimental measurements of performance of traction power supply system [Ocenka effektivnosti ispol'zovanija stacionamyhjomkostnyh nakopitelej energii v metropolitene na osnove eksperimental'nyh zamerov pokazatelej raboty sistemy tjagovogo elektrosnabzhenija]. Elektrotehnika, 2010, Iss. 1, pp. 62-65.
9. Grechishnikov, V. A. Podaruev, A. I., Shevlyugin, M. V Converter of unit capacitive energy storage for traction power supply system of metro [Preobrazovatel'nyj agregat jomkostnogo nakopitelja energii dlja sistemy tjagovogo elektrosnabzhenija metropolitena]. Elektrotehnika, 2011, Iss. 5, pp. 17-22.
10. Zajac, Waldemar. Harmonic distortion caused by suburban and underground rolling stock with D.C motors / Waldemar Zajac, Adam Szrlag. Power Electrionics Congress, 1996. Technical Proceeding. CIEP'96, VIEEE International, 1996, pp. 200-206.
11. Mathew, R. Locomotive «Total System» Simulation Using Simulink / Mathew, R., Flinders, E, Oghanna, W. Electrical Raiways in United Europe, 27—30 March 1995, Conference Publication № 404, IEEE,1995.
12. Chang, CS. Modeling and simulation of DC Transit system with VSI-fed Induction Motor Driven Train Using PSB/MATLAB / CS. Chang., A. Khambadkone., ZhaoXu. IEEEPEDS2001 Indonesia, 2001,pp.881-885.
13. Du, F. Modeling and Simulation of Metro DC Traction System with Different Motor Driven Trains / F.Du.,J.H.He.,L.Yu.,M.X.Li.,Z.Q.Bo.,A.Klimek. IEEE2010Asia-Pacific, 2010, pp. 1-4.
14. Hydro Qu bee. SimPowerSystems User's Guide. For Use with Simulink/ Hydro Qu bee //Version 3, 2003, 3rd printing.
15. Brow, J. С Six-pulse three-phase rectifier bride models for calculating close-up and remote short circuit transients on DC supplied railway / J. C. Brown, J. Allem, Prof. B. Mellitt. IEEEProceeding-B, 1991, Vol.138, Iss. 6.
16. Snider, Laurence et al. Harmonic simulation of MTR Traction System by EMTP / Laurence Snider, Edward Lo, Terrance Lai. Proceeding of the IEEE PED'99, 1999, Vol. 1, pp. 206-211.
17. Hsiao, Y. T. Measurement and characterization of harmonics on Taipei MRT DC System / Y T. Hsiao, К. С Lin. IEEE Transaction Industry Application, Vol. 40, 2004, Iss. 6, pp. 1700-1704.
18. Bialon, A. Disturbing influence of electric traction vehicles on signaling and control circuits on Silesian Regional Railway / A. Bialon, A. Szelag, W. Zajac. EMC and EME-95, 26-30 June, 1995, St.Peterburg, Russia.
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For citations:
Shevlyugin M.V., Dang V.P. HARMONIC INTERFERENCE OF TRACTION CURRENT IN METRO POWER SUPPLY SYSTEM. World of Transport and Transportation. 2015;13(6):88-101.
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