The BorWin5 offshore converter station project involves the construction of a 15-metre-high and 90-metre-long hall where the direct current (DC) coming from the North Sea will be converted into alternating current (AC).
Read MoreAmprion and TenneT, the transmission system operators (TSOs) in Germany, are in the process of developing the high voltage direct current (HVDC) Corridor B grid expansion project with a transmission capacity of 4,000 MW.
Read MoreThe DolWin6 project will provide a connection from offshore wind farms in the North Sea in Cluster 3 (Zone 1) to the grid connection point at Emden East.
Read MoreThe high voltage direct current (HVDC) Corridor C link has been designed to integrate new wind generation from northern Germany, extending towards southern Germany and southern Europe for consumption and storage.
Read MoreThe project is a proposed 500 MW subsea and underground cable (UGC) electricity interconnector (with associated converter stations) between the electricity grids in UK and Ireland, allowing for electricity to flow both ways between the two countries.
Read MoreThe project aims to help Moldova diversify its electricity supply sources, and will considerably enhance the stability, security and reliability of its power supply—a prerequisite for the country’s economic development.
Read MoreThe 235-km BorWin6 is a 320 kV high voltage direct current (HVDC) offshore grid connection system in the German North Sea.
Read Morehe Eastern HVDC Link project will comprise two offshore green links from Scotland to England.
Read MoreThe proposed project aims to export renewable energy from the new wind farms on Shetland to the rest of Great Britain and ensure energy security on the islands.
Read MoreWith the DolWin4 offshore grid connection, Amprion will connect wind farms in the North Sea (area 3) to its grid in Lingen, a town in south-western Lower Saxony.
Read MoreWith the Borwin4 offshore grid connection, Amprion will connect wind farms in the North Sea (area 3) to its grid in Lingen, a town in south-western Lower Saxony.
Read MoreThe proposed project consists of a submarine link between the Peninsular and Ceuta electrical systems.
Read MoreThe project proposes to link the power grids of Israel, Cyprus and continental Greece (via Crete) through a ±400 kV or more direct current (DC) submarine cable and high voltage direct current (HVDC) onshore stations in each country/location.
Read MoreThe interconnection project between Bulgaria and Greece entails the construction of a 153-km-long, 400 kV overhead line (OHL) between Maritsa East 1 (Bulgaria) and Nea Santa (Greece).
Read MoreThe project entails the construction of a high voltage direct current (HVDC) voltage source converter (VSC) 400-km link (mainly subsea) in the Biscay Gulf, between Gatica (Basque Country, Spain) and Cubnezais (Nouvelle Aquitaine, France).
Read MoreThe high voltage direct current (HVDC) power link, which will run both undersea and underground, will connect northern France’s nuclear-powered electricity grid to southern England.
Read MoreThe 400 kV Aurora cross-border transmission line will run from Pyhänselkä in Muhos via Keminmaa in Finland to Messaure in northern Sweden.
Read MoreThe 450 MW NeartnaGaoithe (NnG) offshore wind farm will consist of 54 turbines and is located in the North Sea, approximately 15 km off the coast of Fife in southeast Scotland. When fully operational, it will generate enough electricity to power over 3,75,000 households each year.
Read MoreGREGY Green Energy Interconnector is a proposed 3 GW high voltage direct current (HVDC) interconnection from Wadi-El-Natroon (Egypt) to the Attica area of Greece.
Read MoreThe 2×400 kV Hévíz (Hungary)–Cirkovce (Slovenia)–Pince (Slovenia) interconnection between the two countries commenced commercial operations on June 30, 2022.
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