MooringSense aims at reducing FOW operational costs by 10-15% and increasing operational efficiency by means of an increase of Annual Energy Production by 2-3%, through the development of more efficient strategies and tools for mooring system integrity management and control.
MooringSense will take advantage of mooring systems’ updated condition information, provided by a Digital Twin (DT) and innovative monitoring technologies, to allow the implementation risk-based integrity management plans and more holistic control strategies to reduce OPEX and increase energy production of FOW farms.
They will collaborate to improve the understanding of mooring lines loading and performance, including a degradation mechanism.
Project presentation including technical challenges and expected impact.
Progress update with first results.
Presentation of the main solutions integrated and validates.
MooringSense has attracted the attention of the Floating Offshore Wind Mooring Subcommittee, a body focused on floating offshore wind that makes up the international association World Forum Offshore Wind (WFO).
MooringSense project has attracted particular interest during the 40th edition of the International Conference on Ocean, Offshore & Arctic Engineering (OMAE), the most eminent technical-scientific congress worldwide on Offshore technology
The European MooringSense project is successfully advancing in developing technologies that will enable designing an efficient strategy for managing the structural integrity of mooring systems. The international research, which aims
Autonomous Robotics and Unmanned System are redefining the offshore infrastructure working environment with health and safety improvements during inspection and maintenance of wind turbines thanks to reduced human intervention in
Grant agreement ID: 851703
Start date: 1 November 2019
End date: 31 October 2022
Funded under: H2020-EU.3.3.2.
Overall budget: € 4 197 620
EU contribution: € 4 197 620
