Efficient design tools for
Floating Offshore Wind Technologies
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D1.1-Definition of the 15 MW Reference Wind Turbine
D1.2-Design load basis
D1.3-Public design and FAST models of the two 15 MW floater-turbine concepts
D1.4-Methods for multiple floaters and dynamic cables at farm level
D1.5-Methods for non-linear wave forcing and wakes
D1.5-Design recommendations and impact of mooring and dynamic cables into integrated modelling and
structural design
D1.2-Design load basis
D1.3-Public design and FAST models of the two 15 MW floater-turbine concepts
D1.4-Methods for multiple floaters and dynamic cables at farm level
D1.5-Methods for non-linear wave forcing and wakes
D1.5-Design recommendations and impact of mooring and dynamic cables into integrated modelling and
structural design
Design and optimisation of
station keeping systems
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D2.1-Review of the state of the art of mooring and anchoring designs, technical challenges and identification of relevant DLCs
D2.3-Exploration of innovations and breakthroughs of station keeping systems for Floating Offshore Wind Technologies
D2.4-Design practices and guidelines for mooring, anchoring system design
D2.3-Exploration of innovations and breakthroughs of station keeping systems for Floating Offshore Wind Technologies
D2.4-Design practices and guidelines for mooring, anchoring system design
Standardisation, Commercialisation
and Exploitation
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D7.1-Preliminary market assessment and development needs
D7.2-Final market assessment and development needs
D7.3-Identification and assessment of exploitable results
D7.4-Identification and assessment of intermediate exploitable results
D7.5-Identification and assessment of final exploitable results
D7.2-Final market assessment and development needs
D7.3-Identification and assessment of exploitable results
D7.4-Identification and assessment of intermediate exploitable results
D7.5-Identification and assessment of final exploitable results