Programme from 2022 conference, 19 - 21 January

Programme - EERA DeepWind'2022 conference 

Journal of Physics:Conference Series - Volume 2362

#SINTEFblog - EERA DeepWind'2022 Offshore Wind R&D Digital Conference


Presentations from the conference:

You can find the list of presentations below. Links to the actual presentations will be added within the next few days.

Opening session - Frontiers of Science and technology

Welcome by Marte Mjøs Persen, Norwegian Minister of Petroleum and Energy  
Global offshore wind market status and outlook Jon Dugstad, Director Wind & Solar, Norwegian Energy Partners
Results and plans for EC research on offshore wind Matthijs Soede, Senior Policy Officer at European Commission
Research priorities for offshore wind energy Peter Eecen, Coordinator EERA JP Wind
Development and innovations in offshore wind energy Hanne Wigum, Manager Offshore Wind Technology in Equinor
Floating wind: new technology to the market – flagship project as example Arvid Nesset, MetCentre
Sustainable development of offshore wind energy Lena Kitzing, DTU
Aker Offshore Wind – Activities and ambitions within offshore wind Geir Olav Berg, CTO Aker Offshore Wind
New turbine and generator technology  
Power production performance comparison of unmoored floating offshore wind turbines and energy ships P. Connolly, University of Victoria
Optimisation of a novel hybrid concept for wind-wave energy extraction A. Ghigo, Politecnico di Torino
Performance analysis of the support structure of a novel wind turbine concept A. Correia da Silva, NTNU
Unanchored free-floating turbine invention for deep water wind farms J.H. Raisanen, University of Helsinki

Sustainable development

Life cycle impacts of onshore wind energy development on biodiversity and its implications for mitigation R. May, Norwegian Institute for Nature Research
Maturity of Circular Economy Practices in Offshore Wind Industry P.R. Gode, NTNU
Criteria for successful, targeted socio-technical transformation: A policy framework and application to offshore wind energy T.A. Hansen, DTU Wind Energy
Impacts on the Sustainable Development Goals of Offshore Wind Energy V.S. Nørstebø, SINTEF

Met-ocean conditions

A controlled-motion lidar experiment: Comparison of measurements by fixed and moving lidar wind profilers S. Malekmohammadi, University of Bergen
A one-year comparison of new wind atlases over the North Sea E. Cheynet, University of Bergen
Simulation of floating offshore wind turbines in non-neutral atmospheric conditions R.M. Putri, University of Stavanger
Development and validation of an uncertainty model for ship-based lidar measurements H. Rubio, Fraunhofer IWES
Multiscale Wind Modelling from Mesoscale to Microscale for Wind Energy Applications: During LLJ events M.B. Paskyabi, University of Bergen
A coupled WRF-PALM numerical study on wind-wave interaction X. Ning, University of Bergen
Floating lidar standards and guidance, an update centred around the upcoming technical specification IEC 61400-50-4 P. Clive, Black & Veatch (UK) Ltd
Analysis of wind speed deviations between floating lidars and cup anemometry based on experimental data G. Wolken-Möhlmann, Fraunhofer IWES

Grid connection and power system integration

Fast harmonic compensation in Hybrid HVDC offshore system S. Tian, University of Strathclyde
Semi-submersible floating offshore wind and green hydrogen: Electrolyser synchronization O.S. Ibrahim, Uni. College Cork
DC fault protection and clearing strategy for an MMC HVDC transmission system with hybrid breaker J.K. Amoo-Otoo, University of Idaho
132 kV inter array voltage at Utsira Nord Offshore Wind Farm H. Kirkeby, Deep Wind Offshore
Energy planning requirements and offshore wind in the North Sea C. Banet, University of Oslo
The Impact of Green Hydrogen Production on the North Sea Offshore Grid Business Model H. Farahmand, NTNU
Offshore grid topology optimisation with a geographical information system F.J. Fliegner, 50Hertz/NTNU

Operation and maintenance

Weather windows and efficient operational planning for the floating offshore wind industry P.D. Tomaselli, DHI
Decision Support Tool for Predictive Maintenance of Offshore Wind Turbine Structures - Presentation not available S. Vásquez, Flanders Make
Adaptations of Offshore Wind Operation and Maintenance Models for Floating Wind J. McMorland, Uni. Strathclyde
AI-based condition monitoring for wind turbine drivetrains - Presentation not available J. Helsen, Vrije Universiteit Brüssel/OWI-lab
Effects of mooring line failure on stability and performance of semisubmersible FOWT equipped with TMD - Presentation not available A. Subbulakshmi, CSIR-Structural Engineering Research Centre
Estimation of leading-edge erosion risk on wind turbines, repair prediction and mitigation strategy C. Hasager, DTU
Deep ensemble with Neural Networks to model Power Curve uncertainty -  Presentation not available F. Perez-Sanjines, Vrije Universiteit Brussel

Installation and sub-structures

Accurate estimation of the lifetime of a floating offshore wind turbine N. Delépine, IFPEN
Gradient-based Design Optimization of fully-flexible Tension-leg Platform Wind Turbines P.J. Rohrer, NTNU
An optimization approach for initial design of FOWT’s substructure and moorings in Brazilian deep-water fields G.A. Amaral, Escola Politécnica da Universidade de São Paulo
Numerical simulations of a 15 MW floating turbine on a concrete TLP with rigid pipe tendons F. Pierella, DTU Wind Energy
Accurate and validated design tools for floating wind substructures: Recent results from the FloatStep project H. Bredmose, DTU
Design and Analysis of a 10-Turbine Floating Wind Farm with Shared Mooring Lines M. Hall, NREL

Wind farm control

Review of LIDAR-assisted control for floating wind applications A.J. Russell, IDCORE
Control solutions for floating wind farms with dynamic layout F. Savenije, TNO
Towards integrated Wind Plant Control: Combining Power Plant and Farm Flow Control K. Kölle, SINTEF
Towards the use of wind farm control on floating wind farms R. Ruisi, DNV
Particle filters for robust state observation and control of wind plants K. Merz, SINTEF
Yaw optimization in offshore wind farm to provide additional power reserve for grid frequency regulation Y. Oudich, Université libre de Bruxelles
Preliminary results of the FarmConners Market Showcases K. Kölle, SINTEF
An assessment on enhanced wind farm control design for system operation enabled by digitalisation O. Anaya-Lara, Strathclyde University

Wind farm optimization

Modelling the Loads and Motions of a Floating Offshore Wind Turbine with Asymmetric Moorings W. Formosa, University of Malta
Layout optimization of floating offshore wind farms using a quasi-static motion model for spar-type turbines J. Feng, DTU Wind Energy
Flow, power and loads in a row of partially waked turbines from three DWM-based models Ø.W. Hanssen-Bauer, Institute for Energy Technology
Modelling of wind farm wakes using a numerical weather prediction model Ø. Byrkjedal, Norconsult
Multiscale Prediction of Offshore Wind Energy During Frontal Passage: Implication on Wakes and Power Output M. Bakhoday Paskyabi, University of Bergen
Computational simulation of two wind turbines in tandem using actuator line model D.F. Oliveira, University of São Paulo

Experimental testing and validation

Experimental validation of hydrodynamic pressures in SATH-Floating Wind Platform I. Gimenez, Saitec Offshore Technologies
Impact of the wave/wind induced oscillations on the power performance of the WindFloat wind turbine A. Couto, LNEG
Ocean basin tests with the MooringSense floating wind turbine: methods, challenges and observations J.M. Rodrigues, SINTEF
Development of a Geographically Distributed Real-Time Test Facility A. Avras, Power Networks Demonstration Centre, University of Strathclyde
Challenges in measuring torsion of large rotor blades K. Hermans, TNO
Development of an unsteady lifting line model for wind turbine applications C.R. Dos Santos, IFE
Lab-scale measurements of wind farm blockage effects , J. Bartl, HVL

Closing session

ETIP wind strategic outlook on offshore wind development Adrian Timbus, Chair ETIP wind and VP Hitachi Energy
Offshore wind prospects in South Korea Dr. Young-Ho Lee, professor, Korea Maritime & Ocean University
Offshore wind development in China Dr. Yongqian Liu, professor, Renewable Energy School, North China Electric Power University
Status of offshore wind development in the U.S Amy Robertson, Offshore Wind Group Manager, NREL


Influences on Planet Carrier Bearing Load Distribution A. Krause, Center for Wind Power Drives - RWTH Aachen
Influence of lateral spacing on the increments in power generated by multi wind turbine configurations R.M.San-Román, CENER
A new framework for aeroelastic simulation of offshore wind turbine megastructures  D. Märtins, Leibniz Universität Hannover
Development of a practical 1D beam-spring model for dynamic time-domain analysis of Offshore Wind Turbines L. Pelecanos, University of Bath
Digital Twins for an Integrated Design and Operation Methodology for Large Offshore Wind Turbines  D. Schuster, Leibniz University Hannover
Method to identify insufficient sub-models in simulation models of wind turbine drivetrains V. Züch, RWTH Aachen University
Reducing Carbon Emissions Caused by WT Floater Manufacturing; Case Study for Facility Requirements in Cornwall D. Duncan, ORE Catapult
Underwater acoustic noise under the effects of varying oceanic and sea-state conditions: Measurement and modelling T. Konow, University of Bergen
Harnessing Norwegian Maritime Capabilities in the Emerging U.S. Offshore Wind Industry J.R. Lahuerta, NTNU
Impacts of Competitive Seabed Allocation A.S. Laido, DTU
The framing of Norwegian Wind Energy Futures: the cases of Svalbard and Sørlige Nordsjø II B.Nygaard, NTNU
Mesoscale simulation of open cellular convection: roles of model resolutions and physics parameterizations H. Bui, University of Bergen
Observation and Large Eddy Simulation of Coastal Winds at Anholt Offshore Wind Farm  W. Chanprasert, University of Auckland
Offshore wind validation of the new NORA3 hindcast data with Lidar measurements J.M. Diezel, University of Bergen
Wind profiles over sea – spatial and temporal variations A. Myren, University of Bergen, Bergen Offshore Wind Centre
Development of a multi-use topside (AC/DC/H2) for floating offshore wind farms F. Adam/M. Lutz, GICON Consult GmbH
Ocean Grid Research – grid and system integration innovations for North Sea wind energy realisation  C. Andresen, SINTEF Energi
Distributed power quality monitoring for offshore power generation using passive sensor technology C. Conway, Synaptec
GA based algorithms for offshore wind farm collector cable optimization  W.Chung Ho, Ventus Marine
Floating substation and dynamic export cable operational constraints  A. Johanson / A. Hallan, Nexans/Aibel
Wind Energy Integration with Increment in Flexibility of the Oil-Gas Power System in Deep Water K.S. Khan, Escola Politécnica, University of São Paulo
Preliminary Sizing and Optimization of Semisubmersible Substructures for Future Generation Wind Turbines  S-E Abdelmoteleb, NTNU
Design and cost characterization of a floating offshore wind turbine with water depth  G.Avellaneda Domene, University of Victoria
Stochastic modeling of geometric imperfections for buckling analysis of suction buckets M. Böhm, Leibniz University Hannover
Frequency -Domain-based substructure optimization of a 10 MW FOWT  G. Ferri, University of Florenze
Corrosion Detection and Prognostics for Offshore Wind-Turbine Structures using Switching Kalman Filtering R. Brijder, Flanders Make
Estimating the major replacement rates in next-generation offshore wind turbines using structured expert elicitation B. Jenkins, University of Strathclyde
Estimating the impact of robotics on levelized cost of energy for floating offshore wind farms  O. Khalid, University College Cork
Local Digital Twin of an Offshore Wind mooring sensor using reduced order modelling A. Larsen, SINTEF
Towards automated passive thermography of wind turbine blades  M. Stamm, Bundesanstalt für Materialforschung und –prüfung (BAM)
Updated review on wind farm control systems concepts and structures  O. Anaya-Lara, Strathclyde University
Impact of Hydrodynamic Drag Coefficient Uncertainty in 15 MW Floating Offshore Wind Turbine Power Regulation  I. Sandua-Fernández, CENER
Scenarios to test wind farm control for active-power reference tracking – discussion and recommendations  K. Kölle, SINTEF Energi
Reinforcement learning for stabilizing IEA 15MW offshore wind turbine under varying wind conditions A. Rasheed, NTNU
Hybrid analysis and modeling as a digital twin enabler for wind energy A. Rasheed, NTNU
Probabilistic Wind Park Power Prediction using Bayesian Deep Learning and Generative Adversarial Networks  L.Ø. Bentsen, University of Oslo
Numerical Investigation of the Near Wake Velocity of Floating Wind Turbine using Free-wake Vortex Model L.J. Briffa, University of Malta
Digital Green Shift of Offshore Wind Energy U. Cali / S. D'Arco, NTNU / SINTEF Energi
Chance constraint optimization applied to the mooring lines of a floating offshore wind turbine  A. Cousin, IFPEN
Localization and quantification of aeroacoustic noise sources on a scaled and rotating wind turbine  C.E. Dimmen, University of Bergen
Development of a Methodology for a Gearbox Robustness Test J. Gnauert, Chair for Wind Power Drives
Quantitative comparison of model-tests of a semisubmersible floating wind turbine in 4 wave basins  E. Lyden, UCC/ERI/MaRei
Looking for an easy way to propagate uncertainty levels during tests in a wave basin  S. Gueydon, UCC/ERI/MaRei
Comparison of laboratory wave generation techniques on response of a large monopile in irregular sea  F.H. Dadmarzi, NTNU / SINTEF Ocean
Tuning criteria for converter connected PMSG wind turbine guaranteeing large signal stability J. Nyhus-Solli / T. M. Tutturen, NTNU
Optimization of power cable ampacity in offshore wind farm applications M. Høyer-Hansen, SINTEF Energi
Integrated optimization of power and hydrogen infrastructure for offshore wind  E.F. Bødal, SINTEF Energi
Design of stand-alone O&G water injection system fed by wind generation with battery support L. Otremba, University of Sao Paulo
Analysis of Honeymooring TM as a cost-reducing concept for Floating Offshore Wind Turbines F.K. Wickman-Hanssen, Semar
Seabed Bathymetry and Friction Modeling in MoorDyn S.J. Housner, National Renewable Energy Laboratory (NREL)
Creep and dynamic stiffness properties of nylon ropes. Comparisons of test results and computations T.A. Nygaard, IFE
Using multi-variate extreme value statistics to facilitate safe design and installation of wind power cables T. Ottesen, NTNU
Wind and soil model influences on the uncertainty in fatigue of monopile supported wind turbines  S.H. Sørum, NTNU
Modelling of offshore wind turbine monopile-soil interaction under multidirectional environmental loading S.A. Williams, University of Bath
Structural integrity monitoring of a floating offshore wind turbine based on OMA method  B. Teil, ACOEM-METRAVIB
Joint optimization of preventive and condition-based maintenance for offshore wind farms  H. Toftaker, SINTEF Energi
A review of fault prognostic models for predictive maintenance of offshore wind turbines  W. Zhang, NTNU
Effect of tracking grid power command on drivetrain degradation – A multiscale farm control problem  V. Chabaud, SINTEF Energi
Wind farm yaw-based wake steering control through deep reinforcement learning  H. Wang, North China Electric Power University
Numerical simulations of vortex induced motion on a floating offshore wind turbine platform  A. Xavier, Uni. de São Paulo
Coupled Mann-Large Eddy Simulation of a Wind turbine to Understand the Wake Meandering B. Panjwani, SINTEF Industri
POD-based reduced order model using LiDAR measurements at the FINO1 offshore wind energy site M. Rønning, Uni. of Bergen
Machine-learning based non-intrusive parametric reduced order model for flows around aerofoils and wind turbine blade  M. Tabib, SINTEF Digital
A reduced order model strategy for the efficient approximation of turbulent flow around wind-turbine blades  V. Tsiolakis, NTNU
A Hybrid Morison-Potential Flow Approach to Predict High-Frequency Response of a TLPFOWT in Monochromatic Waves E. Ronge, IDCORE - University of Edinburgh
Combined current and wind simulation for floating offshore wind turbines  A. Otter, MaREI, University College Cork
Experimental Studies on Wave Loads on a Monopile Structure in a Deepwater Wave Tank T. Asp Sande, University of Bergen
Aerodynamic Scaling Approach for FOWT Model Tests focussing on the Validation of numerical Methods C.W. Schulz, Hamburg University of Technology
Coupled analysis of high fidelity aeroelastic wind turbine and multi-body drivetrain models M.O. Siddiqui, Fraunhofer IWES
Model testing with waves and wind for bottom-fixed offshore wind turbines M. Thys, SINTEF Ocean