Aker Solutions to Deliver Critical HVDC Substructure for Offshore Wind Project
Aker Solutions has secured a significant contract to supply a high-voltage direct current (HVDC) substructure for a European offshore wind farm, awarded by an unnamed industry client.
The contract encompasses the full project lifecycle, including front-end engineering design (FEED), detailed engineering, procurement, construction, and installation of the substructure. This infrastructure will support the HVDC converter platform, a key component in transmitting renewable energy from offshore wind turbines to onshore grids with minimal power loss.
Scope of Work and Technical Challenges
- Engineering: Comprehensive design and analysis to ensure structural integrity under extreme offshore conditions, including wave, wind, and current loads.
- Procurement: Sourcing high-grade steel and specialized components compliant with offshore industry standards (e.g., DNV, NORSOK).
- Fabrication: Construction of the substructure at Aker Solutions’ yards, adhering to stringent quality and safety protocols.
- Installation: Marine operations for transport, positioning, and securing the substructure at the offshore site, utilizing heavy-lift vessels and dynamic positioning systems.
The project underscores the growing demand for HVDC technology in offshore wind, driven by the need for efficient long-distance power transmission. Aker Solutions’ expertise in offshore structures and electrical infrastructure positions it as a key player in the energy transition.
Further details, including the project’s location and timeline, remain confidential under client agreement. The contract aligns with Aker Solutions’ strategy to expand its portfolio in renewable energy solutions while leveraging its legacy in oil and gas engineering.