2022 Conference
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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
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| 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 |
Posters |
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| 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 |