News

Filter

Results for Markets

Interconnectors

Jul 19, 2023

Nexans wins record-breaking contract for the EuroAsia Interconnector

Nexans has been awarded the turnkey contract, valued at €1.43 billion, for the section of the EuroAsia Interconnector that connects Greece and Cyprus. The interconnector will deliver up to 2,000 MW of energy to Europe and will be the largest interconnector project in history, supplying over 3 million homes with electricity. This major contract sets multiple records including the longest and deepest cables ever laid.
Company

May 5, 2023

Nexans awarded its largest agreement in history to support energy transition in Europe with TenneT

Nexans has been awarded a frame agreement by TenneT, the Transmission System Operator (TSO) for the Netherlands and a significant part of Germany, for turnkey high voltage direct current projects for offshore wind farms.
Interconnectors

Nov 25, 2022

Nexans makes game-changing step connecting French and Irish grids

Nexans has been awarded the contract for the Celtic Interconnector developed jointly by EirGrid and RTE, the Irish and French Transmission System Operators. This 700 MW capacity project is the world longest XLPE interconnector to be built and the first subsea link for direct electricity exchange between France and Ireland.
Interconnectors

Jul 7, 2022

Nexans selected as preferred bidder for EuroAsia Interconnector

EuroAsia Interconnector Limited, the Project Developer of the European electricity interconnection project linking the national grids of Israel, Cyprus and Greece (Crete) has announced that Nexans has been selected as the preferred bidder for the award of the supply and installation of the HVDC 500kV HVDC Mass Impregnated (MI) Cables for the 1,000MW Cyprus – Greece (Crete) Link.
Power accessories

Feb 23, 2022

Nexans marks a new era in heat-shrinkable joints, improving overall reliability of power networks

Nexans’ JTS heat-shrinkable joint represents a technical innovation which simplifies the installation process. The new technology improves overall reliability of power distribution networks, shortens the installation time, and reduces joint failure risks.