Nexans Cyprus Greece HVDC Project Powers a New Energy Connection
Nexans has been selected to deliver 500 kV HVDC Mass Impregnated (MI) subsea cables for the 1,000 MW Cyprus–Greece (Crete) Link, part of the Nexans Cyprus Greece HVDC project led by EuroAsia Interconnector Limited. The initiative will strengthen the energy bridge between Europe and Asia while advancing clean‑power connectivity.
This milestone reinforces Nexans’s leadership in subsea cable manufacturing and underscores its commitment to sustainable electricity transmission worldwide.
EuroAsia Interconnector Powers the Nexans Cyprus Greece HVDC Project
The EuroAsia Interconnector ranks among the European Union’s Projects of Common Interest (PCI). It connects the power systems of Cyprus, Greece, and Israel using state‑of‑the‑art high‑voltage direct‑current subsea cables and converter stations.
Initially, the link will transmit 1,000 MW of energy, with capacity to expand to 2,000 MW in later phases. Spanning roughly 1,208 kilometers, this connection enables bidirectional power transfer that strengthens grid stability and supports renewable power distribution across regions.
Building the World’s Longest Offshore HVDC System
Once completed, the Cyprus–Greece Interconnector will set world records for length and depth. Nexans will install two 900‑kilometer bi‑pole cables placed at depths reaching 3,000 meters.
To meet such extreme underwater conditions, Nexans will use its proven 500 kV HVDC MI cable technology, the only system verified for ultra‑deep installations. The company’s CLV Nexans Aurora cable‑laying vessel will manage the entire deployment process.
The two power poles are scheduled for commissioning in 2026 and 2028, marking another major step in Europe’s clean‑energy transition.
Connecting Continents Through Innovation
Through this historic project, Nexans continues advancing clean‑energy technology and cross‑continental cooperation. Its innovative approach ensures reliable, high‑capacity power transmission while reducing environmental impact.
Ultimately, the Cyprus–Greece subsea connection demonstrates how collaboration and modern engineering can bring renewable electricity safely across continents for generations to come.
