Publication | Closed Access
Topologies of the North Sea Supergrid
13
Citations
8
References
2013
Year
Unknown Venue
Floating Wind TurbineEngineeringOffshore TechnologyOceanographyMarine EngineeringEarth ScienceSeafloor MorphologyOffshore Wind EnergySystems EngineeringOffshore PlatformMarine GeologyElectrical EngineeringNorth Sea SupergridElectric Grid IntegrationPhysical OceanographySmart GridOcean EngineeringNorth SeaLocal Coordination
The development of the North Sea Supergrid is closely linked to three main topological ideas: (i) Business as Usual; (ii) Local Coordination; and (iii) Fully Integrated. In this paper, the three proposed topologies were simplified, analysed and compared for power export from offshore wind farms unto onshore grids. A review on the state-of-the-art HVAC and HVDC offshore transmission technologies was carried out. The national offshore network development strategies of the six countries surrounding the North Sea were summarised. The number of HVAC and HVDC assets required for all three topologies were calculated. It was evident from calculations that, by 2030, the Fully Integrated Topology will achieve approximately 8% asset savings than the Local Coordination Topology.
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