Sessions
Siblings:
ProceedingsProgrammeTechnical & Scientific ProgrammeSpeakersPostersContent partnersSafety, Skills & Training ZoneInnovation ParkProgramme Committees & Abstract ReviewersGlobal Markets TheatreOffshore innovation quickfire
When: Wednesday, 24 November 2021, 16:15 - 17:15
Where: Auditorium A15
Session description
What are the latest innovations on wake effects, dynamic cables, condition monitoring, control methods, and how do they improve the design of future offshore wind farms? In this dynamic session the industry will pitch the latest advancements that will allow you to improve the design and installation of offshore fixed and floating wind farms.
Session chair
Stephanie Abrand
Head of Offshore Innovation, Digital and ICT, Saipem
Presentations
How to install cost effective onshore cables in an offshore environment
Jesper Moeller
Head of Offshore Balance of Plant Innovations, Siemens Gamesa Renewable Energy
TotalControl – Advanced integrated control of large-scale wind power plants and wind turbines
Gregor Giebel
Head of Section, DTU Wind Energy
Deriving an experimental and analytical relation between core and fiber temperature of a 3P XLPE cable
Manly Callewaert
R&D Lead, Marlinks
Zinc rich epoxies, an alternative to metallisation for the protection of offshore wind turbine towers.
Sverrir Gunnarsson
R&D Manager, Protective SME, Hempel
The C1 Wedge Connection, an alternative to bolted L-flanges delivering higher ultimate and fatigue capacity.
Jasper Winkes
Director, C1 Connections
Development of a cost-effective and reliable mooring system for floating Offshore Wind
Joao Neves
Director of Strategy and Business Development , X1 Wind
Unlocking the floating wind market potential with complementary technologies
Benjamin Mauries
Plant & Renewables Offshore R&D Engineering Manager, Saipem
HONEYMOORING™ a gamechanging dynamic mooring solution for floating windfarms (OFW)
Thor Valsø-Jørgensen
CEO, Semar
Offshore wind farm wake modelling using deep feed forward neural networks for active yaw control and layout optimisation.
Sokratis Anagnostopoulos
PhD Student, Imperial College London