Hvdc Power Transmission

1 J. Arrillaga High Voltage Direct Current Transmission, London: Peter Peregrinus, Ltd., for IEE Power Engineering Series, 1983.
Google Scholar
2 C. M. Stairs J. L. Fink A. L. Molnar Eel River: Vanguard of solid-state HVDC, Transmission, 6 (1): 7–11, 1974.
Google Scholar
3 E. W. Kimbark Direct Current Transmission, Volume I, Chapter 3, New York: Wiley-Interscience, 1971.
Google Scholar
4 E. V. Larsen N. W. Miller AC filtering effects—Panel session on specification of filters for HVDC systems, Proc. IEEE T&D Conference, New Orleans, April 3–7, 1989.
Google Scholar
5 P. Danfors D. Dickmander DC filtering effects—Panel session on specification of filters for HVDC systems, Proc. IEEE T&D Conference, New Orleans, April 3–7, 1989.
Google Scholar
6 E. W. Kimbark Direct Current Transmission, Volume I, Chapter 3, New York: Wiley-Interscience, 1978, p. 78.
Google Scholar
7 R. J. Piwko (ed.) High-Voltage Direct Current Handbook, 1st ed., Chapter 9, Palo Alto, CA: Electric Power Research Institute, 1994, pp. 137–150.
Google Scholar
8 L. Carlsson et al. New concepts in HVDC converter design, Proc. CIGRE 36th Conference on Large High Voltage Systems, Paris, Aug. 28–Sept. 3, 1996, paper 14-102.
Google Scholar
9 N. G. Hingorani High-voltage dc transmission: a power electronics workhorse, IEEE Spectrum, 33 (4): 63–72, April 1996.
Google Scholar
10 R. J. Holt J. Dabkowski R. L. Hauth HVDC power transmission-electrode siting and design, Report ORNL/Sub/95-SR893/3—U.S. National Technical Information System, Washington, DC, April 1997.
Google Scholar
11 D. J. Christofersen H. Elahi M. G. Bennett Survey of the reliability of HVDC systems throughout the world during 1991–1992, Proc. 35th Session of CIGRE, Paris, Aug. 28–Sept. 3, 1994, paper 14-101.
Google Scholar
12 J. J. Cochrane et al. A survey of HVDC operating and maintenance practices and their impact on reliability and performance, IEEE Trans. Power Delivery, 11 (1): 514–518, 1996.
Google Scholar
13 R. L. Hauth et al. HVDC power transmission—technology assessment, Chapter 4, Report ORNL/Sub/95-SR893/1—U.S. National Technical Information System, April 1997.
Google Scholar
14 N. Mohan T. M. Undeland W. P. Robins Power Electronics—Converters, Applications and Design, 2nd ed., New York: Wiley, 1989.
Google Scholar
15 J. J. Vithayathil P. Bjorlund W. A. Middlestadt DC systems with transformerless converters, IEEE Trans. Power Delivery, 10 (3): 1497–1504, 1995.
Google Scholar
16 J. G. Campos-Barros Direct connection of generators to hvdc converters: main characteristics and comparative advantages, Electra, (149): 19–39, Aug. 1993.
Google Scholar
17 Y. Allard et al. Multiterminal operations experience: Hydro-Quebec/NEPOOL Phase II HVDC network, CIGRE Study Committee 14 International Colloquium on HVDC and FACTS, Montreal, Sept. 1995.
Google Scholar
18 Z. Zhao M. R. Iravani Application of GTO voltage-source inverter for tapping HVDC power, IEE Proc. on Generation, Transmission & Distribution, 141 (1): 19–26, Jan. 1994.
Google Scholar
19 L. Gyugyi et al. The unified power flow controller: A new approach to power transmission control, IEEE Trans. Power Delivery, 10 (2): 1995.
Google Scholar
20 R. L. Hauth et al. HVDC power transmission-technology assessment, Chapter 3, Report ORNL/Sub/95-SR893/1—U.S. National Technical Information System, April 1997.
Google Scholar
21 A. Clerici L. Paris P. Danfors HVDC conversion of hvac lines to provide substantial power upgrading, IEEE Trans. Power Delivery, 324–333, 1991.
Google Scholar
22 J. Bowles Application of dc feeders for isolated loads, Report 174-T-923, Canadian Electric Association, Oct. 1994.
Google Scholar

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