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Warianty tytułu
Analiza pola temperaturowego w układach kablowych 110 kV
Języki publikacji
Abstrakty
The paper presents the distribution of temperature field in high voltage cables, 64/110 kV, (2XS (FL)) with copper conductor, depending on the depth of their arrangement in the soil and the soil thermal conductivity. Used to simulate the professional program NISA / Heat Transfer in the calculation using the finite element method (FEM).
W pracy przedstawiono analizę rozkładu pola temperatury w kablach wysokiego napięcia 64/110 kV, (2XS(FL)) z żyłą miedzianą, w zależności od głębokości ich ułożenia w ziemi i wartości przewodności cieplnej gruntu. Do symulacji zastosowano profesjonalny program NISA/Heat Transfer wykorzystujący w obliczeniach metodę elementów skończonych (MES).
Wydawca
Czasopismo
Rocznik
Tom
Strony
142--145
Opis fizyczny
Bibliogr. 21 poz., wykr.
Twórcy
autor
autor
autor
- The State College of Computer Science and Business Administration in Łomża, jtykocki@pwsip.edu.pl
Bibliografia
- [1] Geological Institute (in Polish) http://www.pgi.gov.pl/
- [2] Heating systems (in Polish) http://systemyogrzewania.pl/
- [3] Kącki E. Partial differential equations in problems WNT, 995
- [4] Cranes Software, Inc http://www.nisasoftware.com
- [5] Kacejko L., Karwat Cz., Wójcik H.: Laboratory techniques for high voltages (in Polish), WPL Lublin 2010
- [6] Szpor S.: The technique of high voltages, WNT Warszawa 1967
- [7] Flisowski Z.: The technique of high voltages, WNT 1998
- [8] Gacek Z.: High-voltage isolation technology, WPS Gliwice 1996
- [9] Khajavi M., Zenger W., Desing and commissioning of a 230 kV cross linked. Polyethylene insulated cable system, JICABLE 2003, Paris, paper A .1.1
- [10] Toya A., Kobashi K., Okuyoma Y., Sakuma S., Higher stress desingned XLPE insulated cable in Japan, General Session CIGRE 2004, paper B1-111
- [11] Suzuki A., Nakamura S., Tanaka H., Installation of the world’s first 500 kV XLPE cable with intermediate joints, Furukawa Review, (2000), n.19, 116-122
- [12] Rakowska A., Recent advances in the field of high voltage cables. The use of copper wires in cables for voltages of 110 kV and higher, XII Scientific Conference - Technical power cable lines and outdoor Kable 2005 (in Polish), Zakopane paper 73-86
- [13] Granadino R., Plans J., Schell F., Undergrounding the first 400 kV transmission line in Spain using 2500 mm2 XLPE cables, JICABLE (2003),Paris, A.1.2
- [14] Jones S.L., Bucea G., Jinno A., 330 kV cable system for the MetroGrid project in Sydney Australia, CIGRE General Session (2004), paper B1-302
- [15] Luton M., Anders G., Braun J-M., Downes J., Real time monitoring of power cables by fibre optic technologies tests , applications and outlook, JICABLE (2003), Paris A.16
- [16] Royer C., Awad R., Boyer P.,Choquette M., Ferland P., Gignac R., Parapal J.L., A new generation of optimised 120 kV cable system at Hydro-Quebec JICABLE (2003), Paris, A.2.3
- [17] Kobayashi S., Tanaka S., Suetsuhu M., Development of Factory- Expanded Cold-Shrinkable Joint for EHV XLPE Cables, JICABLE (2003), Paris, A.5.1
- [18] Mokański W., Mikołajczyk J., High voltage cable systems, XII Scientific Conference - Technical power cable lines and outdoor Kable 2005 (in Polish), Zakopane paper 105-112
- [19] Rakowska A., Cable or aerial line - not just a technical dilemma, II National Conference on Electricity in rural areas, (in Polish) ETW 2004 Jachranka 2004, paper 59-70
- [20] Rakowska A., Criteria for verifying the quality of cross-linked polyethylene insulation for use as power cables, Poznań (2000)
- [21] Beghin V., Geerts G., Liemans D., Double 150 kV link, 32 km long, in Belgium: design and construction, CIGRE Session 2004 B1-305
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-article-BPOK-0039-0039