Układy przesyłowe prądu stałego i urządzenia FACTS

• Autorzy: Madajewski K.

Warianty tytułu

EN

DC transmission systems and FACTS equipment

• Języki publikacji: PL

Słowa kluczowe

PL

FACTS; układ przesyłowy; prąd stały; energoelektronika

EN

DC system; HVDC transmission system

• Wydawca: Oficyna Wydawnicza Energia [Stowarzyszenie Elektryków Polskich - COSiW]
• Czasopismo: Energetyka
• Rocznik: 2001
• Tom: nr 7
• Strony: 368--372
• Opis fizyczny: Bibliogr. 18 poz.

Twórcy

autor

Madajewski K.

• Instytut Energetyki, Oddział Gdańsk

Bibliografia

• [1] 14-101. Leyte-Luzon HVDC power transmission: commissioning highlights, performance measurements and operating experience - Garcia M.P. (Philippines), Wilhelmsson L., Ekehov B., (Sweden), Allaire J.F., Desilets G.L., Moreau G., Clarke C.D. (Canada).
• [2] 14-102. A survey of the reliability of HVDC systems throughout the world during 1997-1998 - Christofersen D.J., Vancers I., Elahi H., Bennett M.G. on behalf of SC 14.
• [3] 14-103 Technical feasibility of HVDC links in Saudi Arabia - Abdullah I. Khawaji, Hassan J. Zaidi (Saudi Arabia).
• [4] 14-104 Commissioning and operative experience of TCSC for damping power oscillation in the Brazilian North-South interconnection - Gama C. (Brazil), Ängquist L., Ingeström G., Noroozian M. (Sweden).
• [5] 14-105. HVDC multi-terminal interconnections - A viable and optimal solution for India - Axena KM., Bhatele R.R, Channakeshava, Murty A.S.R., Mata Prasad, Arisson C.G., Moni R.S. (India).
• [6] 14-106. Investigation of FACTS applications in the Hellenic transmission system considering power flow variations including Greece-Italy HVDC link - Leonidaki E.A., Papadias B.C., Hatziargyriou N.D., Georgantzis G.J. (Greece).
• [7] 14-107. Development and testing of controller for National HVDC Project of India - Singhal A., Gera R., Khan M.I., Tripathy A.K., Adhikari T., Shobha S., Sundereswar Y., Das R.L. (India).
• [8] 14-108. Improvement of inter-area oscillation damping in the UCPTE/CENTREL system as a supplementary benefit of FACTS technology application to the Polish Power Grid - Adapa R. (United States), Madajewski K., Sobczak B. (Poland).
• [9] 14-109. Two HVDC schemes in close proximity: a coordination study - Abbott K.M., Aten M. (United Kingdom).
• [10] 14-110. Simplifying HVDC thyristor valves whith direct-light-triggered thyristors - Lips H.R, Tu Q.B., Uder M. (Germany), Lavier B., Reynolds M., Litzenberger W.H. (United States).
• [11] 14-111. Operating experiences in the HVDC systems of the Souterhn African power pool „Cahora-Bassa - Apollo and Inga-Shaba" - Oliveira H., Sintra L. (Mozambique), Lokala J., Pembele K.D. (Dem. Rep. of Congo), Lubini I.E., Goossen P.V., Bhana S. (South Africa).
• [12] 14-201. Capacitor dynamic voltage suppression (CDVS) - Christofersen D.J., Holenarsipur P.S.S., Mohan N. (United States).
• [13] 14-202. Electrical system considerations for the Argentina-Brazil 1000 MW interconnection - Graham J., Menzies D., Biledt G., Carvalho A.R., Wo Wei Ping, Wey A. (Brazil).
• [14] 14-203. Back-to-back VSC devices: a new solution for the interconnection of asynchronous AC systems - Pilotto L.A.S., Bianco A., Watanabe E.H., Aredes M. (Brazil), Long W.F. (United States).
• [15] 14-204. Development and field test of a multi-terminal DC link using voltage sourced converters and new control and protection schemes - Hayashi T., Seki N., Sampei M., Sekine Y. (Japan).
• [16] 14-205. Gotland HVDC Light - The world's first commercial extruded HVDC cable system - Yggeth M., Johannesson K., Liljegren C., Axelsson U. (Sweden).
• [17] 14-206. Design features of Three Gorges - Changzhou +/- 500 kV DC transmission project - Zhou Xiaoqian, Huo Ji'an, Sun Jianjun, Tao Yu, Liu Zehong (China), Lagerkvist M., Flisberg G., Lescale V.F., Kumar A. (Sweden).
• [18] 14/33-01. Limitation of switching overvoltages on transmission lines by using fast acting shunt reactors, controlled by means of power electronics - Alexandrov G.N. (Russia).