Day 3

How collaborative R&D contributes to reliability and performance of FOWT?

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Development of an innovative Single Point Mooring System to reduce the LCoE of Floating Offshore Wind

Alex RAVENTOS - X1 WIND

Added values of European initiatives supporting large experimental tests facilities : Marinet2, Foresea, OceanDemo, marinerg-i – a typical example with the SEM-REV sea tests site

Izan Le Crom - Centrale Nantes

STEP4Wind: Bridging the gap between academic research and industrial development of floating offshore wind farms

Axelle VIRE - Delft University of Technology

Communicating and engaging with stakeholders on innovations in methods and key components through research landscape mapping

Professor Deborah Greaves - University of Plymouth

Evolution of design methods and rules to optimize performance versus reliability

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A new approach for the prediction of the non-linear hydro-elastic behavior of large floating wind turbines

Vincent LEROY - Centrale Nantes

FOWT Model Testing and Validation – Recommendations

Kimon Argyriadis - DNV GL - Energy, Renewables Certification

Innovative design approaches applied to the TetraSpar Demo Project to be deployed early 2020

Bertrand Auriac - PRINCIPIA

Mooring Anchor Design A Holistic Approach

Gibson FRASER - Ryder Geotechnical

Break

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How innovative technologies could optimize LCOE?

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DRYM, a 66kV dry mate connector to optimize O&M strategy and increase availability of commercial floating wind farm

Mathieu Priser - Naval Energies

Innovative development of Platform Mooring Connectors designed specifically for Floating Offshore Wind foundations

Greg Campbell - Smith - First Subsea Limited

Polymer springs for enabling high modulus synthetic fibre mooring solutions for deep water FOWT

Dr. Paul Mc Evoy - Technology From Ideas

The benefits of a smart & innovative controller solution for floating offshore wind farms

Matthieu Pettinotti - EOLFI

A Conceptual Design of Smart Spar FOWT applied for the 1 GW Floating Offshore Wind Farm, East Sea, Ulsan, Korea

Hyunkyoung SHIN - University of Ulsan

Cocktail déjeunatoire

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Resource prediction and control

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Development of an innovative Single Point Mooring System to reduce the LCoE of Floating Offshore Wind

Speaker Name to be confirmed - AXYS