As Europe enters the electricity era, demand for clean power is accelerating across industry, transportation, and digital infrastructure, making the expansion of grid capacity a critical enabler of energy security, economic growth, and societal progress. To help address this need, Hitachi Energy, a global leader in electrification, and Larsen & Toubro (L&T), a leading Indian multinational known for its Engineering, Procurement and Construction (EPC), manufacturing, and Services, announced receiving the award of Nederwiek3 and LanWin5, the third and fourth projects under their previously announced multi-year Framework Agreement with TenneT.
Hitachi Energy and L&T are already collaborating to deliver Nederwiek1 and IJmuiden Ver Alpha. Today’s announcement further strengthens this partnership through Nederwiek3 and LanWin5, HVDC links that will each transmit 2 gigawatts (GW) of renewables from the North Sea to shore, enabling the integration of offshore wind power into the national grids of the Netherlands and Germany, respectively.
Nederwiek3 will connect to an onshore converter station in the municipality of Geertruidenberg in the South of the Netherlands, while LanWin5 will deliver clean power from the North Sea to Lower Saxony in Germany. Together, the two links will bring 4 GW of clean electricity to the grid – enough to power the equivalent of around 4 million households while strengthening energy security and enhancing grid reliability.
As part of TenneT’s landmark 2 GW Program, the projects exemplify the shift from standalone connections to a more interconnected, flexible grid architecture, laying the foundation for a resilient European power system. The projects are designed as part of the broader evolution toward an increasingly interconnected European grid, with future interconnections already embedded in their design. A key target is the integration of Nederwiek3 to the British grid through the LionLink interconnector, currently under development, creating a truly multipurpose interconnector that strengthens links between European and UK energy markets while unlocking the full potential of the North Sea as a renewable energy powerhouse.
Over time, these links are envisioned to evolve into multi-terminal hubs, enabling a more efficient use of existing infrastructure for future connections and supporting the development of a more flexible, resilient, and integrated power network. This concept has already been demonstrated in the UK through the 1,200 MW Caithness Moray Shetland project, Europe’s first multi-terminal HVDC VSC interconnection, which marked a significant step toward a future grid of energy superhighways and hubs capable of integrating more clean power, optimizing grid assets, improving AC grid performance, and enhancing overall system resilience.