Cergy, 16 July 2025 – SPIE Global Services Energy, a subsidiary of SPIE, the independent European leader in multi-technical services in the areas of energy and communications, announces that its wind power high voltage specialised entity, SPIE Wind Connect has been successful in securing a second contract with the global marine contractor, Van Oord.

The project scope involves the termination and testing of 21, 66kV inter-array cables (IAC) on the 315 MW Windanker Offshore Wind Farm, in the German Baltic Sea.

The project is scheduled to commence in Q4 2025 and planned to be completed in Q2 2026 with the termination and testing of the final IAC’s connecting the Wind Turbine Generators with the Offshore substation.

Scheduled to be fully operational in 2026, Windanker will have an installed capacity of 315 MW, which corresponds to the supply of 315,000 households with renewable energy.

Sam Dowey, Managing Director at SPIE Wind Connect, commented: “The award of this contract further develops our long-term relationship with Van Oord, one of the world’s most experienced offshore contractors and a key business partner for our organisation.”

About SPIE Global Services Energy

As an international subsidiary of the SPIE Group present in around 20 countries in Europe, Africa, Asia Pacific, the Middle East and North America, SPIE Global Services Energy operates across the entire energy production infrastructure value chain, from design to maintenance. SPIE Global Services Energy relies on an extensive local network to quickly deploy resources and meet its customers’ needs in the safest possible conditions.

Drawing on the expertise of its 5,000 employees, SPIE Global Services Energy helps players in the oil, gas and renewable energies industries improve the technical performance of their infrastructure, increase their energy efficiency and reduce their carbon footprint. 

With 55,000 employees and a strong local presence, SPIE group achieved in 2024 consolidated revenue of €9.9 billion and consolidated EBITA of €712 million.