concept

floating offshore wind turbines

Also known as: floating offshore wind turbines, floating offshore wind systems

Facts (11)

Sources

Global perspectives on energy technology assessment and ... link.springer.com Springer Oct 30, 2025 11 facts

referenceEl-Gharbawy S. (2025) published 'Navigating offshore wind technology: from fixed-bottom to floating systems' in the Offshore Technology Conference proceedings, comparing fixed-bottom and floating offshore wind technologies.

measurementA life cycle assessment tool for floating offshore wind farms tracks the Levelized Cost of Energy (LCOE) ranging from 67 to 804 €/MWh and identifies economic hotspots for cost reductions.

referenceBarooni M, Ashuri T, Velioglu Sogut D, Wood S, Ghaderpour Taleghani S. (2022) published 'Floating offshore wind turbines: current status and future prospects' in Energies, reviewing the status of floating offshore wind technology.

claimFloating offshore wind turbine technology enables wind energy generation in deep ocean locations where fixed-bottom turbines are not feasible by utilizing floating platforms.

referenceThe study 'Economic feasibility of floating offshore wind farms in the north of Spain' published in J Mar Sci Eng in 2020 examines the financial viability of floating offshore wind energy projects in Northern Spain.

referenceThe article 'Winds of progress: an in-depth exploration of offshore, floating, and onshore wind turbines as cornerstones for sustainable energy generation and environmental stewardship' was published in IEEE Access in 2024 (Volume 12, pages 66147–66).

referenceThe study 'Life cycle assessment of floating offshore wind farms: the case of Hywind Tampen in Norway' published in Scandinavian Simul Soc in 2025 provides a life cycle assessment of the Hywind Tampen floating offshore wind project.

claimTechno-economic models for floating wind farms in the North Sea and Iberian Peninsula incorporate Operations and Maintenance (O&M) dynamics, including component failure rates, maintenance logistics, weather conditions, and repair times, to improve LCOE estimates.

claimNext-generation renewable energy technologies, including sophisticated energy storage systems, solar power, electro-fuel (e-fuel), floating offshore wind farms, and green hydrogen, are identified as key components for facilitating energy transitions.

claimO&M-aware Energy Technology Assessment (ETA) frameworks assist investors and policymakers in mitigating uncertainty when prioritizing cost-effective and resilient floating offshore wind deployments.

referenceCenteno-Telleria M, Yue H, Carrol J, Penalba M, Aizpurua JI. (2024) published 'Impact of operations and maintenance on the energy production of floating offshore wind farms across the North Sea and the Iberian Peninsula' in Renewable Energy, evaluating the impact of O&M on floating wind farm production.