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2021 | OriginalPaper | Buchkapitel

12. HVDC and Power Electronics

verfasst von : Mohamed Rashwan, José Antonio Jardini

Erschienen in: Springer Handbook of Power Systems

Verlag: Springer Singapore

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Abstract

High voltage direct current () is an economic alternative to alternating current () transmission to transmit power over long overhead lines when the transmission distance exceeds 500 – 1000 km. It is practically the only solution for transmitting power with long underground/submarine cables or to connect two nonsynchronous systems.

Two types of converter technologies are available: the line-commutated converter () utilizing thyristor valves and the voltage-source converters (s) utilizing insulated gate bipolar transistors (s).

In this chapter, these technologies are introduced together with the corresponding system architectures. Also direct current () grids are introduced. DC grids will facilitate the interconnections between systems and the expansion in renewables integration in the grid.

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Vorheriges Kapitel Substations

Nächstes Kapitel Power System Protection

R. Nayak, R.P. Sasmal, Y.K. Sehgal, M. Rashwan, G. Flisberg: Technical Feasibility and Research & Development Needs for ±1000 kV and Above HVDC System, Paper B4-105 (CIGRE, Paris 2010)

J. Arrillaga: High Voltage Direct Current Transmission, IET Power Series, Vol. 29, 2nd edn. (IET, London 2008)

CIGRE TB 388: Impacts of HVDC Lines on the Economics of HVDC Projects (CIGRE, Paris 2009)

CIGRE B4-132: Design Consideration Associated with DolWin3 and Evolution of GE’s Grid Solutions Business VSC Solution (CIGRE, Paris 2016)

CIGRE TB 619: HVDC Connection of Offshore Wind Power Plants (CIGRE, Paris 2015)

W. Breuer, V. Hartmann, D. Povh, D. Retzmann, E. Telsch: Application of HVDC for Large Power System Interconnection, Paper B4-106 (CIGRE, Paris 2004)

CIGRE TB 417: Technological Assessment of 800 kV HVDC Applications, WG B4-45 (CIGRE, Paris 2010)

CIGRE TB 215: HVDC Converter Stations for DC Voltages Above +/- 600 kV, WG B4-32 (CIGRE, Paris 2002)

R. Adapa, N. Hingorani, S. Maruvada, M. Szechtman, M. Rashwan, R. Nayak: R&D Needs for UHVDC at 800 kV and Above, Paper B4-114 (CIGRE, Paris 2008)

E. Uhlman: Power Transmission by Direct Current (Springer, Berlin, Heidelberg 1975)CrossRef

A. Kumar, V. Lescale, L.E. Juhlin, R.K. Chauhan: Concept to Design—Multiterminal at 800 kV HVDC:NER/ER-NR/WR Interconnector-I Project in India, Paper B4-103 (CIGRE, Paris 2010)

CIGRE TB 92: DC Side Harmonics and Filtering in HVDC Transmission Systems (CIGRE, Paris 1994)

CIGRE TB 139: Guide to the Specification and Design Evaluation of AC Filters for HVDC Systems (CIGRE, Paris 1999)

CIGRE TB 352: Technical Report Capacitor Commutated Converters HVDC Interconnections Digital Modeling and Benchmark Circuit, WG B4-34 (CIGRE, Paris 2008)

CIGRE TB 115: Guide for Planning DC Links Terminating at AC System Locations Having Low Short Circuit Capacity (CIGRE, Paris 1997)

CIGRE TB 222: On Voltage and Power Stability in AC/DC Systems (CIGRE, Paris 2003)

CIGRE TB 364: Systems with Multiple DC Infeed (CIGRE, Paris 2008)

CIGRE TB 103: Commutation Failures Causes and Consequences (CIGRE, Paris 1995)

P.D. Taylor: Thyristor Design and Realization (Wiley, Chichester 1987)

CIGRE TB 136: Fire Aspects of HVDC Thyristor Valves and Valve Halls (CIGRE, Paris 1999)

H. Huang: Multilevel voltage source converters for HVDC and FACTS applications. In: Paper 401 (SC B4 Colloquium, Bergen 2009)

CIGRE B4-302: The Bimode Insulated Gate Transistor (BIGT), an Ideal Power Semiconductor for Power Electronics Based DC Breaker Applications (CIGRE, Paris 2014)

CIGRE TB 269: VSC Transmission Part 1, WG B4-37 (CIGRE, Paris 2005)

B.D. Railing, J.J. Miller, P. Steckley, G. Moreau, P. Bard, L. Ronstrom, J. Lindberg: Cross Sound Cable Second Generation VSC Technology for HVDC, Paper B4-102 (CIGRE, Paris 2004)

I. Mattson, A. Ericsson, B.D. Railing, J.J. Miller, B. Williams, G. Moreau, C.D. Clarke: Murraylink, the Longest Underground Cable in the World, Paper B4-103 (CIGRE, Paris 2004)

T. Westerweller, K. Friedrich, U. Armonis, A. Orini, D. Parquet, S. When: Trans Bay Cable—World's First HVDC System Using Multilevel Voltage-sourced Converter, Paper B4-101 (CIGRE, Paris 2010)

M. Saeedifard, R. Iravani: Dynamic performance of a modular multilevel back-to-back HVDC system, IEEE Trans. Power Deliv. 25(4), 2903–2912 (2010)CrossRef

B. Jacobson, P. Karlsson, G. Asplund, L. Harnefors, T. Jonsson: VSC-HVDC Transmission with Cascaded Two-level Converters, Paper B4-110 (CIGRE, Paris 2010)

J. Doran, H. Huang, D. Retzmann: A New Multilevel Voltage Sources Converter Topology for HVDC Applications, Paper B4-304 (CIGRE, Paris 2008)

C. Karawita, D.H.R. Suriyaarachchi, M. Mohaddes: A controlled DC fault clearance mechanism for full bridge MMC VSC converters. In: CIGRE Lund Symposium, ed. by CIGRE (CIGRE, Paris 2015)

CIGRE TB 533: HVDC Feasibility Study, WG B4-52 (CIGRE, Paris 2013)

CIGRE TB 657: Guide Lines for the Preparation of Connection Agreements or Grid Code for Multiterminal Schemes and DC Grids, WG B4-56 (CIGRE, Paris 2016)

CIGRE TB 604: Guide for the Development of Models for HVDC Converters in a HVDC Grid, WG B4-57 (CIGRE, Paris 2014)

CIGRE TB 699: Control Methodologies for Direct Voltage and Power Flow in a Meshed HVDC Grid, WG B4-58 (CIGRE, Paris 2017)

CIGRE TB 739: Protection and Local Control of DC-Grids, WG B4/B5-59 (CIGRE, Paris 2018)

CIGRE TB-713: Designing HVDC Grids for Optimal Reliability and Availability Performance, WG B4-60 (CIGRE, Paris 2017)

Titel: HVDC and Power Electronics
verfasst von: Mohamed Rashwan
José Antonio Jardini
Verlag: Springer Singapore
Buch: Springer Handbook of Power Systems
Print ISBN: 978-981-329-937-5

Electronic ISBN: 978-981-329-938-2

Copyright-Jahr: 2021
DOI: https://doi.org/10.1007/978-981-32-9938-2_12