Protection of busbar based on reed switches

• Autorzy: Kletsel M. , Kabdualiyev N. , Mashrapov B. , Neftissov A.

Identyfikatory

DOI

10.12915/pe.2014.01.21

Warianty tytułu

PL

Zabezpieczenia szynowych przełączników kontaktronowych

• Języki publikacji: EN

Abstrakty

EN

A phase comparison scheme of protection of busbar on the reed switches fixed connections near conductors extending from these busbars which does not require current transformers has been studied. The article provides an analysis of its sensitivity and behavior in different modes.

PL

Porównano metody zabezpieczeń przewodów szynowych przełączników kontaktronowych. Uwzględniono przypadki gdy nie jest stosowany przekładnik prądowy.

Słowa kluczowe

EN

busbar; protection; reed switch; phase comparison; current transformer

PL

szyna; zabezpieczenie; kontaktron

• Wydawca: Wydawnictwo SIGMA-NOT
• Czasopismo: Przegląd Elektrotechniczny
• Rocznik: 2014
• Tom: R. 90, nr 1
• Strony: 88--89
• Opis fizyczny: Bibliogr. 16 poz., rys.

Twórcy

autor

Kletsel M.

• National Research Tomsk Polytechnic University, Tomsk, Russian Federation

autor

Kabdualiyev N.

• Pavlodar State University, Electroenergetics Faculty, Pavlodar, Lomov str., 64, Republic of Kazakhstan

autor

Mashrapov B.

• Pavlodar State University, Electroenergetics Faculty, Pavlodar, Lomov str., 64, Republic of Kazakhstan

autor

Neftissov A.

• Pavlodar State University, Electroenergetics Faculty, Pavlodar, Lomov str., 64, Republic of Kazakhstan

Bibliografia

• 1. Stanisław Maziarz, Jerzy Szynol, Examining the conditions of eliminating hazard due to arc faults inside switchgears and transformer stations, Przeglad Elektrotechniczny, 2001, nr. 3, pg. 62-65.
• 2. Roman Partyka, Daniel Kowalak, The effects of fault-arc in medium voltage gas isolated switchboards installed on ships, Przeglad Elektrotechniczny, 2013, nr. 8, 290-293.
• 3. Małgorzata Bielówka, Experimental measurements of the faultarc parameters, Przeglad Elektrotechniczny, 2008, nr. 4, 98-101.
• 4. Lubomir Marciniak, Application of signal wavelet decomposition for identification of arc earth faults, Przeglad Elektrotechniczny, 2011, nr. 2, 101-104.
• 5. G. Bolgartsev, Mark Kletsel, Konstantin Nikitin, V. Matokhin, The device for the centralized current protection of a network, USSR Author Certificate #1644287, 1991, nr. 15.
• 6. Kang Y.C., Lim U.J., Kang S.H., Crossley P.A., A busbar differential protection relay suitable for use with measurement type current transformers, Ieee Transactions on Power Delivery, 2005, nr. 20/2, 1291-1298.
• 7. Xuesong Zhou, Zhihao Zhou, Youjie Ma, Dongfang Wu, Analysis of Excitation Current in DC-Biased Transformer by Wavelet Transform, Przeglad Elektrotechniczny, 2012, nr. 5b, 108-112.
• 8. Mark Kletsel, Bases of creation of relay protection on reed switches, Collection of reports of the International scientific and technical conference (Ekaterinburg), 2013, posters sector 10.
• 9. Marcin Habrych , Bogdan Miedziński , Hassan Nouri , Witold Dzierżanowski, Performance of ground fault protection using Hall sensor under real conditions of operation, Przeglad Elektrotechniczny, 2010, nr. 7, 181-183.
• 10. Krzysztof Ludwinek, Measurement of momentary currents by Hall linear sensor, Przeglad Elektrotechniczny, 2009, nr. 10, 182-187.
• 11. L. Kozhovich, M. Bishop, The modern relay protection with current sensors on the basis of the coil Rogovsky. The modern directions of development of systems of relay protection and automatic equipment of power supply systems, Collection of reports of the International scientific and technical conference (Moscow), 2009, 49-59.
• 12. Mark Kletsel, The principles of construction and model of differential protection on reed switches, Russian Electrical Engineering, 1991, nr. 10, 47-50.
• 13. Mark Kletsel, J. Alishev, A. Manukovsky, Properties of reed switches applied in relay protection, Electrical Technology Russia, 1993, nr. 9, 18-21.
• 14. Mark Kletsel, Pavel Maishev, Features of construction on reed switches of differential and phase protection of transformers, Russian Electrical Engineering, 2007, nr. 12, 2-7.
• 15. Innovative patent Republic of Kazakhstan No. 19636 Measuring body for relay protection of three-phase symmetric current distributors of 6-35 KV / Mark Kletsel, Assemgul Zhantlesova, Bibigul Zhantlesova : the applicant and the patent holder – the Pavlodar state university named after S.Toraighyrov (KZ). — No. 2006/0882.1; declared 31.07.2006; published 16.06.2008, Bulletin No. 6. — 6 pages
• 16. Innovative patent Republic of Kazakhstan No. 20265 Measuring body for relay protection of three-phase symmetric current distributors of 6-10 KV / Mark Kletsel, Assemgul Zhantlesova, Bibigul Zhantlesova, Nurlan Erzhanov : the applicant and the patent holder – the Pavlodar state university named after S.Toraighyrov (KZ). — No. 2006/1351.1; declared 01.12.2006; published 17.11.2008, Bulletin No. 11 — 5 pages