Increasing of sensitivity of relay protection from earth fault of phase in networks 6-10 KV with insulated neutral

• Autorzy: Zakharchuk O. , Kuz'menko D. , Yaremenko S.

Warianty tytułu

RU

Povyshenie chuvstvitel'nosti relejnoj zashhity ot zamykanij fazy na zemlju v setjakh s izolirovannoj nejtral'ju

• Języki publikacji: EN

Abstrakty

EN

RU

Słowa kluczowe

EN

relay protection; earth fault phase; additional control; active compound; electrical network; electrical power supply; automatic phase shunting; damage feeder detection

• Wydawca: -
• Czasopismo: Teka Komisji Motoryzacji i Energetyki Rolnictwa
• Rocznik: 2010
• Tom: 10D
• Opis fizyczny: p.51-57,fig.,ref.

Twórcy

autor

Zakharchuk O.

• Volodymyr Dahl East-Ukrainian University, Lugansk, Ukraine

autor

Kuz'menko D.

autor

Yaremenko S.

Bibliografia

• 1. Andreev V.A., 2006.: Relay protection and automation of the systems of power supply. Moscow, Higher school, 639 p.
• 2. Bazilevich M.B., Sabadash I.O., 2000.: Protecting from earth faults in a network with isolated neutral. Coll, scien. papers DonDTU, Series: Electrical and power engineering, Donetsk, DonDTU, No 21, p. 93-96.
• 3. Borukhman V.A., 2000.: About exploitation of selective protection from an earth fault in networks 6-10 kV. Measures on their improvement. Power engineering, N° 1. p. 20-21.
• 4. Dudarev L.E., Thubkov V.V., 1978.: Some features of transients at the earth fault of phase in networks 6-35 kV and the use them for devices of relay protection. Electric power station, No 6, p. 68-71.
• 5. Gusenkov A.V., 2005.: Determination of errors of cable transformers of current of a zero sequence. Herald of scientifically-industrial society. Moscow, No 9, p. 28-37.
• 6. Il'enko O.C., Nail V.M., Santockiy V.G., at alias, 1977.: About expedience of the automatic bridging of the damaged phase in air networks 10 kV. Power engineering and electrification, No 4, p. 4-5.
• 7. Krasyanskiy V.M., Bondarenko L.G., Feschenko P.P., Saptockiy V.G., 1997.: Automatic bridging of phase in electric networks of 6 - 10 kV with isolated neutral - Method of the centralized improvement of safety. Power engineering and electrification. No 6. p. 39-41.
• 8. Kuz'menko D.I., 2007.: Review of existent protection from monophase earth faults in networks 6-10 kv with neutral, earthed through a arc-suppressing reactor Coll, scien. papers DonDTU, Series: Electrical and power engineering, Donetsk, DonDTU, issue 7 (128). - p. 197-202.
• 9. Plashchinskiy L., Zhidkov V.O., Ilin Y.N., 1982.: Increase of effectiveness of the protective bridging in mine networks by voltage 6-10 kV. Coal. No 3. p. 52-54.
• 10. Popov I. N., Lachugin V.F., Sokolov G.V. 1986.: Relay protection, based on control of transients. Moscow, Energoizdat, 248 p.
• 11. Shabad M.A., 1999.: Review of the modes of grounding of neutral and protections from earth fault in networks 6-35 kV in Russia. Power engineering, No 2, p. 11-13.
• 12. Shabad M.A., 2003.: Calculations of relay protection and automation of distributive networks. SPb., PEIPK. 350 p.
• 13. Shalin A., Dikhterev A., 2008.: Cable transformers of current. Methods of improvement of sensitivity. Electrical news. IPK "NP PRINT", St. Petersburg. - N° 6(48). - p. 28-32.
• 14. Shalin A.I., 2005.: Earth faults in the networks of 6-35 kv. Cases of incorrect works of protections. Electrical news, Ns 2(32), p. 58-61.
• 15. Shalin A.I., Khabarov A.M., 2006.: Earth faults in the networks of 6-35 kV. Not balances. Electrical news, No 3(39), p. 51-54.; No 4(40). p. 49-52.; No 5(41), p. 57-60.
• 16. Shchutskiy V.I., Zhidkov V.O., Ilin Y.N., 1986.: Protective bridging of monophase damages of electrical installation. Moscow, Energoizdat, 152 p.
• 17. Vaynshteyn R.A., Golovko S.I., Grigorov V.S., 1998.: Protecting from earth faults in the compensated networks 6-10 kV. Electric power station, No 7, p. 26-30.