New Functions of VSC Based HVDC Transmission Systems that Can Effectively Support the Future South-East European Grid with Low Inertia and Large Amount of Res Generation
This work is licensed under the Creative Commons Attribution 4.0 International License.
K. Bakic: “SEERC CIGRE History – Early electrification and empowerment of region where current electricity was born”, CIGRE Book, 2020Search in Google Scholar
Gotland HVDC Light - the world’s first commercial extruded HVDC cable system. CIGRÈ 2000, 14-205Search in Google Scholar
The Gotland HVDC Light project-experiences from trial and commercial operation. 16th International Conference and Exhibition on Electricity Distribution, 2001Search in Google Scholar
Planning and implementation of an HVDC link embedded in a low fault level AC system with high penetration of wind generation. CIGRÈ Paris 2020, B4-16Search in Google Scholar
VSC HVDC Transmission Supporting Variable Electricity Generation. 674369, CIGRÈ 2016Search in Google Scholar
A Live Black-start Capability test of a Voltage Source HVDC Converter. CIGRÈ-676; 2015 CIGRÉ Canada ConferenceSearch in Google Scholar
Improvement of Subsynchronous Torsional Damping Using VSC HVDC. International Conference on Power System Technology, 2002, ChinaSearch in Google Scholar
A. Derviskadic, A. Ozdemir, et al: “Istanbul: City Centre Infeed with Voltage Source Converter-Based HVDC“, CIGRE SEERC 4th Conference, Turkey, 2023Search in Google Scholar
A. Derviskadic, A. Urbanelli, et al: “Technology outlook and power system development opportunities to strengthen the Transmission System in the Mediterranean region“, AEIT HVDC International Conference, 2023, ItalySearch in Google Scholar
A. Derviskadic, M. Migliori, et al. “Challenges and opportunities for Multi-purpose Interconnectors and wind offshore generation“, CIGRE SEERC 4th Conference, 2023, TurkeySearch in Google Scholar
Terna, National Development Plan 2023, https://www.terna.it/en/electric-system/grid/national-electricity-transmission-grid-development-planSearch in Google Scholar
“The wind power booster: TenneT presents 6-gigawatt hub to accelerate offshore expansion targets“, Tennet press relase https://www.tennet.eu/news/wind-power-booster-tennet-presents-6-gigawatt-hub-accelerate-offshore-expansion-targetsSearch in Google Scholar
Energy Islands in Demnark, Energinet press release, https://en.energinet.dk/infrastructure-projects/energy-islands/Search in Google Scholar
“Study on flexibility options to support decarbonization in the Energy Community“, Energy Community, 2022Search in Google Scholar
R.P.P. Smeets, A. Derviskadic, A.B. Hofstee, R.M. Nijman, N.A. Belda, B. Baum, KEMA Labs: “Innovative T&D Switching Equipment and Development of its Testing Technology”, B&H Electrical Engineering, vol.15, no.1, 2021, pp.5-18. https://doi.org/10.2478/bhee-2021-0001Search in Google Scholar