Nowe technologie stosowane w kablach wysokiego napięcia

• Autorzy: Rynkowski A.

Warianty tytułu

EN

New Technologies Applied in HV Cables

• Języki publikacji: PL

Słowa kluczowe

PL

kabel wysokiego napięcia; system kablowy

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 2003
• Tom: nr 4
• Strony: 230--235
• Opis fizyczny: Bibliogr. 18 poz., rys., tab.

Twórcy

autor

Rynkowski A.

• Politechnika Gdańska

Bibliografia

• [1] 21-101 Mclntyre K., Bucea G., Lyall J.S., Zhao H.C.: Managing the ratings of underground cable circuits. (Australia)
• [2] 21-102 Rahman N.Ur., Barber K.: Auckland CBD Reinforce-: - Cable installation in New Zealand tunnel. (Australia)
• [3] 21-103 Dikoy V., Kachesov V., Larionov V., Ov Syannikov coring overvoltages in underground HV cable distribution nerworks, (Russia)
• [4] 21-104 Bolza A., Parmigiani B., Donazzi R, Bisleri C.: Fication test experience on EHV XLPE cable systems Italy)
• [5] 21-105. Hampton R.N, J.O. Bóstrom J.O., Marsden E., Campus A.: Reliable HV & EHV XLPE cables. (Sweden, USA, Belgium)
• [6] 21-106. Amerpohl U., Kirchner M., Malin G., Bóttcher B.: Dry type outdoor termination with new stress control management. (Germany)
• [7] 21-107. Park W.K., OH J.O., Baek J. H., Koo J.Y., Kwak B.M.: Application of cable installation technologies with link mechanisms on long bridges in Korea. (Korea)
• [8] 21-108. Roizard T., Argaut P., Meregalli S., Ohno H., Lar-sen J.E., Karlstrand J., Mikkelsen S.D.: Technical issues regarding the integration of HVAC underground cable systems in the network, On behalf of Working Group 21.19.
• [9] 21-109. Lesur F., Maugain Y., Argaut R: New technical Solutions to improve the impact of HV/VHV lines on the environment.
• [10] 21-110. De Ridder E., Couneson R.: Compact 170 kV transition joint. (Belgium)
• [11] 21-111. Karlstrand J., Sunnegardh R, Zenger W., Ghafurian R., Boggia R.: Water-cooled 345-kV solid-dielectric cable system. (USA, Sweden)
• [12] 21-201. Reinholdsdottir K., Sigurosson E., Halvarsson R, Karlstrand J., Larsson D., Larsson M.: A novel approach to long buried AC transmission system. (Iceland, Sweden)
• [13] 21-202. Honjo S., Takahashi Y, Masuda T., Hirose M., Isojima S., Suzuki H.: Verification tests of a 66 kV high-TC superconducting cable system for practical use. (Japan)
• [14] 21-203. Maekawa Y, Watanabe K., Murata Y., Maruyama S., Hirota H.: Research and development of DC +/- 500 kV extruded cables. (Japan)
• [15] 21-204. Koch H., Boeck W., Alter J., Degen W., Diessner A., Poehler S., Ammann M.: Renaud R: N2/SF6 gas-insulated line of a new GIL generation in service. (Germany, Switzerland)
• [16] 21-205. Tonnesen O., Ostergaard J.: Design, installation and operation of world's first high temperaturę superconducting power cable in a utility power network. (Denmark)
• [17] 21-301. Balog G.E., Evenset G.: Integrated return conductor cable. (Norway)
• [18] 21-302. Elovaara J., Henning G., Petersson E., Jonsson U.: PD-measurements as a tool in upgrading the transmission capacity of the Fenno-Skan HVDC cable. (Finland, Sweden)