CRP Subsea has received a formal award from Seaway7 to supply specialized technology to safeguard electrical connections in the East Anglia TWO offshore wind project owned by ScottishPower Renewables. Contract engineering will begin immediately to ensure the scheduled delivery of components.
The company will manufacture a total of 142 NjordGuard cable protection systems, that will be used to mitigate the effects of operational wear on the ends of the wind turbine interconnecting cables. Their specific design will prevent fatigue, excessive bending, and abrasion during the installation phase and throughout the plant’s lifespan.
Innovation in the design of underwater interfaces
Regarding the technical requirements of the project, the supplier will develop three different models of the NjordGuard device. Additionally, the assembly of these components will be carried out directly on board the installation vessels to optimize logistical timelines.
Andy Smith, head of sales at CRP Subsea, stated that the selection by Seaway7 consolidates the organization’s position in the global market for the renewable energies. The executive emphasized that close technical cooperation with the client facilitates the supply of efficient and durable subsea alternatives. In this way, the project ensures the stability of its electrical networks in the face of the demands of the marine environment.
Contract production and logistics capacity
In order to meet the stipulated schedule, manufacturing will take place at CRP Subsea’s specialized plant in the northwest of England. This industrial facility has an advanced semi-automated production line that optimizes performance and significantly increases the company’s delivery capacity. Final shipments of the equipment are scheduled for February 2027.
Furthermore, the material used in the coatings is API 17L certified through the application of the Uraduct® compound. This technology provides high resistance to friction with the seabed and reduces the need for additional rock stabilization.
Dimensions and projection of East Anglia TWO
In terms of infrastructure size, East Anglia TWO is part of the East Anglia Hub, a complex encompassing multiple phases of clean energy development. The park is located in the North Sea, 46 kilometers from the coast of Lowestoft and 113 kilometers from the Dutch coastline. The allocated area covers a total surface area of 218 square kilometers.
Finally, the definitive configuration of the plant provides for the installation of up to 64 offshore wind turbines. Once operational, the facility will have an estimated generation capacity of 960 MW, strengthening the sustainable energy mix in the British region.
Source and photo: AIS