Koordynacja izolacji systemów elektroenergetycznych

• Autorzy: Dąbrowski J.

Warianty tytułu

EN

Insulation Co-ordination in Power Systems

• Języki publikacji: PL

Słowa kluczowe

PL

system elektroenergetyczny; izolacja cieplna

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 2003
• Tom: nr 4
• Strony: 249--252
• Opis fizyczny: Bibliogr. 23 poz.

Twórcy

autor

Dąbrowski J.

Bibliografia

• [1] 33-101. Sajed M.M.: Electromagnetic transients on power lines due to multi-pulse lightning surges. (Kuwejt)
• [2] 33-102. Greuter F., Schmidt W.: Integrated metal-oxide surge protection for a new insulation. (Switzerland)
• [3] 33-103. Fahti A.F., Arabani M.P.: Effect of line configuration changes on its insulation coordination. (Iran)
• [4] 33-104. Gabriel G., Xemard A., Bressac 8., Declercq 8., J. Mahseredjian, Oarko N., Buivan O.: Presentation of an efficient approach for the study of fast front overvoltages using statistical methods - its application to practical cases. (France, Canada)
• [5] 33-105. Sarkar B.N., Meera K.S. and others: Insulation coordination studies for 440kV GIS in a hydroelectric project in India. (India)
• [6] 33-201. Ishii M., Shindo T. and others: Lightning location systems in Japan and their applications to improvement of lightning performance of transmission lines. (Japan)
• [7] 33-202. Baran I., Cristescu O.: Multivariate statistical analisys of lightning current parameters. (Romania)
• [8] 33-203. Demailly 8., Macila F., Tertier S. , Tullus L.: Installation of composite surge arrestors on transmission lines. (France)
• [9] 33-204. Corbett J. and others: Statistical analysis and modelling of lightning performace of 110 kV and 220 kV overhead networks in Ireland. (Ireland)
• [10] 33-205. Bernardi M., Pigini A., Diendorfer G., Schulz W.: Long term experience on lightning acquisition in Italy and Austria and data application to the improvement of lightning performance. (Italy, Austria)
• [11] 33-206. Diendorfer G. and others: Evaluation of lightning location data employing measurements of direct strices to a radio tower. (Austria)
• [12] 33-207. Lealcherchiglia L.C. and others: CEMIG experience in improving transmission line performance using a Lightning Location System. (Brasil)
• [13] 33-301. Di koi V. and others: On-site oil-filled equipment testing. (Russia)
• [14] 33-302. Malewski R., Degeneff R.C., Troyan E.: An assessment of transformer insulation dielectric strength under fast HV transients generated by SF6 breakers based on measurements of the winding transfer-function. (Poland, United States, Ukraina)
• [15] 33-303. Malewski R., Mokanski W., Wierzbicki J.: Measurement of partial discharges in an industrial HV test laboratory. (Poland)
• [16] 33-304. Coors P. and others: The technique of AC on site testing of HV cables, by frequency-tuned resonant test systems. (Germany)
• [17] 33-305. Neumann C., Feser K. and others: The German practice of on site-tests and measurements on GIS, transformers and cables at commissioning and service. (Germany)
• [18] 33-306. Sekso-Telento A., Bojic S. and others: On site measurements of switching overvoltages in different conditions of Croatian 400 kV network. (Croatia)
• [19] 33-307. Brandenbursky V., Bronfman A. and others: Israel experience with on-site high voltage testing of 24-420 kV GIS. (Israel)
• [20] 33-401. Engelbrecht and others C.S., Halsan K.A.: Dimensioning of insulators for salt pollution.A novel procedure and laboratory test metod. (Sweden, Norway)
• [21] 33-402. Maxwell and others A.J., Loudon O., Vosloo W.L.: Selection of composite insulators for AC overhead lines,implications from in-service experience and test-station results. (Sweden, Norway, South Africa)
• [22] 33-403. Ying Long and others: Study on the polluted regularity of insulators quantitatively described by partial surface conductivity. (China)
• [23] 33-404 Schumann U. and others: FEM-calculation and measurement of the electrical field distribution of HV composite insulator arrangements. (Germany)