Elektroenergetyczne linie napowietrzne wysokich napięć

• Autorzy: Argasińska H.

Warianty tytułu

EN

HV Overhead Power Lines

• Języki publikacji: PL

Słowa kluczowe

PL

linie napowietrzne; linia przesyłowa

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 2003
• Tom: nr 4
• Strony: 236--241
• Opis fizyczny: Bibliogr. 18 poz., rys.

Twórcy

autor

Argasińska H.

• Energoprojekt-Kraków SA

Bibliografia

• [1] 22-101. Schweiner R.J., Twomey K.E., Lindsey K.E.: Transmission line emergency restoration philosophy at Los Angeles department of Water and Power. (USA)
• [2] 22-103. Villa P., Leva M., Bertazzi A.: Compact transmission line with inverted delta configuration. (Italy)
• [3] 22-104. Correia D.M., Do Brasil D.O.C., Lima D.C.: A proposal for the evaluation of transmission line performance in a competitive market. (Brazil)
• [4] 22-105. Letscher P., Haberstich P., Daile D.: Securisation des lines aeriennes HTB de RTE suite aux tempetes de decembre 1 999 (Strengtheing RTE overhead transmission lines following the storms of December 1999). (France)
• [5] 22-106. Pankaj Kumar, Ravi Bhushan Bahil-Hemlata VYAS: Use of new maintentenance techniques for increasing availability of overhead lines - Experiments conducted in India. (India)
• [6] 22-107. Ferreira da Silva J.B.G., Nolasco J.F.: Assessment and improvement of availability of overhead lines and components. (Brazil)
• [7] 22-201. Nozue A., Nakazawa T., Nishida E.: Evaluation method of aging deterioration characteristics of compressed joints. (Japan)
• [8] 22-202. Kawahara A., Ooura K., Masaoka N: Zinc galvanizing deterioration diagnosis of steel towers using VTR image analysis technology. (Japan)
• [9] 22-203. Sato F., Ebiko H.: Development of a low sag aluminium conductor carbon fibre reinforced for transmission lines. (Japan)
• [10] 22-204. Buckner W.F.: The electricity supply industry and its impact on transmission line technology - Economical aspects. (Germany)
• [11] 22-205. Boot H.L.M., de Wild F.H., Van Der Wey A.H., Biedenbach G.: Overhead line local and distributed conductor temperature measurement techniques, models and experience at TZH. (The Nethertlands, Germany)
• [12] 22-206. Cauzillo B., Pirovano G., Paris L.: Ampacity assessment of overhead line conductors as a compromise between safety and deregulated market requirements. (Italy)
• [13] 22-207. Lago J., Barta B., Samas J.: Characterisation of climate changes in the environment by monitoring of parameters of overhead optical cables on overhead lines. (Slovak Rep.)
• [14] 22-208. Nolden W., Fink N., Boike D., Visler T.: Service monitoring system for intrinsic temperature measurement on overhead phase conductors. (Germany, Denmark)
• [15] 22-301. Heidari GH.O., Heidari M.: Effect of land price on transmission line design. (Iran)
• [16] 22-302. Lindgren R., Stafstróm C., Hygebjerg J.C.: LCA of overhead lines in Scandinavia. (Denmark, Sweden)
• [17] 22-303. Letourneau H., Vallee A., Lemieux N.: Dsveloppement d'une approche pour orienter le design des pylónes a tres haute tension afin dattenuer l'environnement (I Development of an approach in extra-high-voltage tower design to decrease environmental impacts). (Canada)
• [18] 22-304. Arabani M.P., Jannatian M., Shirani A.R., Ashtiani H.E.: An optimum 4 Circuit (2x230 + 2x63 kV) T.L. in Tehran urban area with minimum environmental impact. (Iran)