Układy przesyłowe prądu stałego i urządzenia FACTS

• Autorzy: Madajewski K.
• Języki publikacji: PL

Słowa kluczowe

PL

układ przesyłowy; system HVDC; urządzenia FACTS; elektryfikacja; sieć dystrybucyjna; sieć rozdzielcza

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 1999
• Tom: nr 6
• Strony: 275--279
• Opis fizyczny: Bibliogr. 20 poz., rys.

Twórcy

autor

Madajewski K.

• Instytut Energetyki - Oddział Gdańsk

Bibliografia

• [1] 14-101. Brazilian North-South interconnection-Application of thyristor controlled series compensation (TCSC) to damp inter-area oscillation — Gama C., Leonl R. L., Gribel J., Fraga R., Eiras M. J., Ping W., Ricardo A., Cavalcanti J., Tenório.
• [2] 14-102. A survey of the reliability of HVDC systems throughout the world during 1995—1996 — Christofersen D. J., Elahi H., Bennett M. G. on behalf of Study Committee 14.
• [3] 14-103. Convertible static compensator—Application to the New York transmission system — Fardanesh B., Henderson M., Shperling B., Zelingher S., Mountford J., Lam B., Adapa R., Edris A., Gyugyl L., Schauder C.
• [4] 14-104. Analogue simulation studies with actual controllers for FACTS equipment — Matsuno K., Taniguchi H., Egawa M., Fujita H., Konishi H., Irokawa S., Akamatsu M.
• [5] 14-105. The Stöde thyristor controlled series capacitor — Holmberg D., Danielsson M., Halvarsson P., Ängquist L.
• [6] 14-106. Relocatable GTO-based static Var compensator for NGC substations — Knight R. C., Young D. J., Trainer D. R.
• [7] 14-107. World’s first unified power flow controller on the AEP system —Renz B. A., Keri A. J. F., Mehraban A. S., Kessinger J. P., Schauder C. D., Gyugyl L., Kovalsky L. J., Edris A. A.
• [8] 14-108. Operation experience of Vyborg back-to-back HVDC link — V. D. Kovalev, V. V. Khoudiakov, Mazurenko A. K„ Taratura I. P., Balyberdin L. L., Kazarov S. S.
• [9] 14-109. Improvement of the dynamic performance of the Spanish power system with FACTS devices — Criado R., Rouco L., Rodriguez J. M„ Noroozian M.
• [10] 14-110. Load-flow control in EHV networks. Feasibility study on the possibilities of application of FACTS elements in the German power system — Glaunsinger W., Gampenrieder R., Gick B., Wess T., Häusler M., Zimmermann U., Rittiger J.
• [11] 14-111. Re-commissioning experience with the Apollo-Cahora Baśśa HVDC scheme — Venter F. P., Marshall D. A., Oberholzer G., Guedes C.
• [12] 14-112. A feasibility study of an asynchronous interconnection for industries with captive generation — Kumar A., Prasad M., Chakraborty R., Maheshwari R. C.
• [13] 14-113. Study of control strategies for new CIGRE HVDC benchmark model — Babu Narayanan M. M., Parameswaran S.
• [14] 14-114. Commissioning the 1000 MW back-to-back HVDC link at Chandrapur, India —Andersen B. R., Monkhouse D. R., Whitehouse R. S., Williams J. D. G. Prasher V. K., Devinder Kumar.
• [15] 14-115. Ge-Nan+/—500 kV HVDC transmission system operation analysis — Wenyi L., Zhiyong L.
• [16] 14-201 A GTO controlled series capacitor for distribution lines — De Souza L. F. W., Watanabe E. H., Aredes M.
• [17] 14-202. Use of power electronics for rural electrification — Hingorani N. G., Nietsch C., Weinhold M., Sudja N. ż Stephen R. G.
• [18] 14-301. Reactive power compensation of 24 MW wind farm using a 12-pulse voltage source converter — Sřbrink К. H., Kass Pedersen J., Knud О. H., Pedersen, Jenkins N., Schettler F., Bergmann K.
• [19] 14-302. DC transmission based on voltage source converters—Asplund G., Eriksson K„ Svensson K, Jiang H., Lindberg J., Palsson R.
• [20] 14-303. Responding to the changing demands of lower voltage networks — The utilisation of custom power systems — Taylor G. A., Hill J. E., Burden A. B., Mattern K.