UK-headquartered Enshore Subsea has secured the export cable installation contract for the 1100MW Inch Cape Offshore Wind Farm, marking significant progress for renewable energy development off the Scottish coast. This ambitious project will feature two 85-kilometre, 220kV, 3-phase export cables, which are among the largest of their kind globally due to their substantial diameter and weight.
The project, located 15 to 22km off the Angus coastline, involves the installation of these export cables, which will be delivered in three sections, necessitating offshore field joints during the setup. Enshore Subsea will take full responsibility not only for the cable installation but also for transferring materials from port to site, laying and burying the cables, and providing support during jointing and deployment of the cable protection system.
According to Pierre Boyde, managing director of Enshore Subsea, “We are proud to play our part. We are looking forward to working with the Inch Cape team and other partners to bring the development to life.” The project is being developed by Inch Cape Offshore Limited, which is a joint venture between ESB and Red Rock Renewables. It is positioned to play a pivotal role as the UK progresses toward its renewable energy targets.
Construction of the Inch Cape Offshore Wind Farm will see Enshore Subsea commence offshore works during the summer of 2025, utilizing the CMOS Installer cable lay vessel for the installation process. The substantial cables will be buried using advanced assets from Enshore Subsea’s fleet of subsea trenchers, ensuring durability against harsh marine environments.
The wind farm itself will comprise 72 wind turbine generators, each with the capacity to rise to 274 meters tall, operating at depths ranging from 40 to 59 meters. The project's scale exemplifies the UK's commitment to developing renewable energy infrastructure and addressing climate change.
John Hill, the project director for Inch Cape, expressed confidence about the milestone, stating, “We are delighted to have UK-based Enshore Subsea signed to carry out the installation of our two 85-km export cables.” This installation is not just about laying cables; it signifies the beginning of offshore work contributing to sustainable energy production.
The Inch Cape Offshore Wind Farm is part of England’s broader aim to increase reliance on clean energy sources, moving away from fossil fuels, and demonstrates the technological advancements within the wind energy sector. The expectation is set toward significant operational output once the project is completed, enhancing local and national energy supplies.
Overall, the project reflects the collaborative effort of various stakeholders committed to facilitating the transition to renewable sources. The anticipated offshore works are expected to leave a lasting imprint on the shift toward sustainable energy, promoting economic growth and energy security beyond the immediate region.
