Opening session - Frontiers of Science and technology
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| The role of research to accelerate offshore wind development |
Alexandra Bech Gjørv, CEO, SINTEF |
| EERA DeepWind: 20 years of ground-breaking research and exciting times to come |
John Olav Giæver Tande, chief scientist, SINTEF |
| Global offshore wind market status and outlook |
Jon Dugstad, Director, Norwegian Energy Partners |
| Floating wind technology |
Finn Gunnar Nielsen, professor, University of Bergen (UiB) |
| Grand challenge Grid –challenges and opportunities for offshore wind |
Hannele Holttinen, Operating Agent, Grid Integration Task 25 of IEA Wind, and partner at Recognis Oy |
| Industrialising floating wind |
Kristian Holm, Technology Director, Equinor |
| Researcher training |
Charlotte Bay Hasager, professor, Technical University of Denmark (DTU) |
| Environmental design |
Roel May, senior researcher, Norwegian Institute for Nature Research (NINA) |
| International collaboration within offshore wind research |
Ignacio Martí, director, EERA JP wind |
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| New turbine and generator technology |
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| Increased tower eigenfrequencies on floating foundations and their implications for large two- and three-bladed turbines |
Fabian Anstock, Hamburg University of Applied Sciences |
| Aero-structural coupled optimization of a rotor blade for an upscaled 25 MW reference wind turbine |
Edgar Werthen, German Aerospace Center |
| Unblocking critical design challenges of pre-commercial floating wind turbines |
Mikel Iribas, CENER |
| 25MW Rotor Design: Upscaling and Initial Multidisciplinary Integrated Design |
Luca Oggiano, IFE |
| Wake interaction and scale effect on a large floating wind turbine foundation |
Fengjian Jiang, SINTEF Ocean AS |
| Design and simulation of 40 MW PM Generators for the CRAFTT |
Izabella Simonsson, Sandra Eriksson, Hans Bernhoff; Uppsala University |
| Scalability of the CRAFT turbine |
Fredric Ottermo, Halmstad University |
| VAWT support structure mass sensibility due to the aerodynamic load scaling |
Adriana Correia da Silva, NTNU |
| The influence of journal bearings on the drivetrain dynamics of a 5MW wind turbine drivetrain |
Muhammad Omer Siddiqui, Fraunhofer IWES |
| Advanced Cooling Enabling Extremely High-Power Density Electric Machines |
Austin Christopher Hayes, University of Colorado |
| High-fidelity analysis of a small-scale floating wind turbine under prescribed sway, heave, roll and yaw |
Ricardo Amaral, Siemens Gamesa Renewable Energy |
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Met-ocean conditions
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| Lidar measurements of wind across a virtual rotor plane |
Mohammad Nafisifard, UiS |
| Implementation of non-constant advection time into MCP methods to improve correlation between space-distributed meteorological datasets |
Telem Avidor, Ecole Centrale Nantes |
| Metocean Conditions at Two Norwegian Sites for Development of Offshore Wind Farms |
Etienne Cheynet, UiB |
| Wind field reconstruction with offshore nacelle-mounted LIDAR measurements |
Rebeca Marini, Vrije Universiteit Brussel |
| Is IEC turbulence valid offshore at large heights? |
Abdul Haseed Syed, DTU Wind Energy Denmark |
| LES study of the impacts of swells on the atmospheric boundary layer |
Xu Ning, UiB |
| Retrieval of met-ocean parameters from satellite observations: applications for offshore wind energy |
Owda Abdalmenem, Technical University of Denmark |
| Multi-Dimensional data format enabling rapid assessment of wind resources anywhere in the world |
Phil Hargreaves, TGS |
| Implementation of a Simple Actuator Disk for Large Eddy Simulation (SADLES) in the WRF Model |
Hai Bui, UiB |
| A review of wave-current interaction in met-ocean conditions for offshore wind turbines |
Yan Li, UiB & NTNU |
| Large-eddy simulation of a 15 GW wind farm and comparison with advanced wake models |
Oliver Maas, Leibniz University |
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Experimental testing and validation
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| Automatic Data Quality Control using Probabilistic Bayesian Neural Networks |
Anish Venu, DNV |
| Numerical investigation on TLP platforms for wind turbines under extreme actions using the SPH method |
Bonaventura Tagliafierro, UPC Barcelona Tech |
| A Potential Flow Based Numerical Framework for Engineering Design of Floating Offshore Wind Turbine Foundations |
Pietro Danilo Tomaselli, DHI |
| Coupled loads on a bottom-fixed monopile induced by waves in a strong subsurface current |
Yan Li, UiB & NTNU |
| Validation of high-fidelity CFD solutions for the analysis of aerodynamic loads on wind turbines |
Vladimir Krasilnikov, SINTEF Ocean AS |
| Validation of a panel method with full-scale FOWT measurements and verification with engineering models |
Stefan Netzband, Hamburg Uni. of Tech |
| Data-driven modelling of linear and quadratic transfer functions of floating structures |
David Stamenov, Aarhus University |
| Validation of Impact of Hull-Based Tuned-Mass Dampers in Floating Wind Semisubmersible on Global Dynamics |
Amy Robertson, National Renewable Energy Laboratory |
| Comparative assessment of actuator-Line modeling of FOWT rotor aerodynamics to wind tunnel experiments |
Andrea Sanvito, Politecnico di Milano |
| Comparison of different Modelling Approaches for the Simulation of a Wind Turbine in Surge Motion |
Christian Schulz, Hamburg University of Technology |
| Streamwise scalings of a wind turbine operated with different inflows and tip speed ratios |
Martin Obligado, Grenoble Alpes University |
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Grid connection and power system integration
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| ScotCLUE Demonstrator – Smarter Energy Controllers for Future Offshore Wind Energy Systems |
John Nwobu, Offshore Renewable Energy Catapult |
| Design and Control of All-DC Offshore Wind Power Plant with MMC-based High Power Converters |
Alessandra Follo, Technical University of Denmark |
| 30 GW Offshore wind in Norway – wind power correlations and smoothing effects |
Harald Svendsen, SINTEF Energy Research |
| Addressing Market Issues in Electric Power Systems with Large Amounts of Offshore and Onshore Wind Power |
Magnus Korpås, NTNU IEL |
| Managing energy spill in integrated wind turbine – electrolyser systems |
James Ferguson, Offshore Renewable Energy Catapult |
| DC Fault Protection and Clearing Strategy for an MMC Based HVDC Transmission with Hybrid DCCB |
John Kweku Amoo-Otoo, University of Idaho |
| Sizing electrolyser for offshore wind: a techno-economic assessment considering module size and dynamics |
Elisabeth Andreae, Technical University of Denmark |
| Power and frequency fluctuations on an offshore oil & gas platform power system with connected wind turbines |
Til Kristian Vana, SINTEF Energi |
| Resilience to storm conditions of power systems with large dependencies on offshore wind |
Samuel Forsberg, Uppsala University |
| Optimisation of offshore grid considering stepwise investments and uncertainty |
Harald Svendsen, SINTEF Energy Research |
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Substructures and mooring
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| Implementation of drivetrain structural flexibility in OpenFAST |
Veronica Liverud, NTNU |
| Quantifying the effect of rock armour scour protection on eigenfrequencies of a monopile supported OHVS |
Kristof Winkler, Vrije Universiteit Brussel |
| Second order wave-induced modal loads and responses on floating wind parks with shared mooring |
Thomas Sauder, SINTEF Ocean |
| Design Optimization of Floating Wind Turbine Substructures Using Frequency Domain Dynamic Model and Genetic Algorithm |
Victor Benifla, Universität Rostock |
| Effect of the shape of extreme waves on the loads on a 15MW wind turbine |
Fabio Pierella, DTU Wind and Energy Systems |
| Design challenges and novel solution for tower designs of next generation floating wind turbines |
Eystein Borgen, Odfjell Oceanwind AS, Sebastian Schafhirt, Siemens Gamesa |
| Damage Detection in the Mooring System of Spar Floating Offshore Wind Turbines through Statistical Methods |
Christos Sakaris, Rune Schlanbusch, NORCE AS |
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Wind farm optimization
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| Towards generating more value out of measurement data using wind farm performance monitoring methodologies |
Nassir Rodrigues Cassamo, TNO |
| Efficient Mann turbulence generation for offshore wind farms with applications in fatigue load surrogate modelling |
Jaime Liew, DTU Wind |
| Recent Wind Farm Modelling Enhancements in FAST.Farm |
Jason Jonkman, National Renewable Energy Laboratory |
| Influence of wake meandering paths on floating wind turbine response |
Lene Vien Eliassen, SINTEF |
| A passively self-adjusting floating wind farm layout to increase the annual energy production: sensitivity analysis |
Mohammad Youssef Mahfouz, Stuttgarter Lehrstuhl für Windenergie |
| Economic feasibility study for continued operation of German offshore wind farms |
Julia Walgern, Fraunhofer IWES |
| Design and costs-benefits of shared anchors or mooring lines of FOWT at farm level |
Maxime Chemineau, INNOSEA |
| Effect of wind turbine yaw misalignment on wake meandering |
Balram Panjwani, SINTEF |
| A control-oriented model for floating wind turbine stability and performance analysis |
Antonio Pegalajar-Jurado, DTU Wind and Energy Systems |
| Multiscale modelling of low-level jet: Effects on aerodynamic load of offshore wind turbine |
Mostafa Bakhiday Paskyabi, UiB |
| Cost modelling for offshore wind farms using dynamic cost functions and engineering wake models |
Kutay Yilmazlar, Politecnico di Milano |
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Environmental impact & regulatory framework
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| Catalysing an Industry: a historical analysis of the emerging US offshore wind industry |
Julian Richard Lahuerta, NTNU |
| Overview of offshore wind regulations |
Anne Reumer, DNV |
| Risk of exposure to offshore wind developments: Breeding failure causes seabirds to increase foraging ranges |
Børge Moe, NINA |
| Mitigation measures for preventing collision of birds with wind turbines |
Paula Bastos Garcia Rosa, SINTEF Energy Research |
| Balancing socio-ecological and economy trade-offs in spatial planning of wind energy projects |
Frank Hanssen, NINA |
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Wind farm control
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| Robust Active Wake Control: wind direction measurement uncertainty driven analysis in a sensor-equipped wind farm |
Marco Turrini, TNO |
| Testing a quasi-static reinforcement-learning approach for wake steering in dynamic wind farm simulations |
Valentin Chabaud, SINTEF Energy Research |
| An expert elicitation on flow models for wind farm control |
Scott Robert Dallas, University of Strathclyde |
| Offshore Digitalization |
Brian Boye, Semco Maritime |
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Marine operations and logistics
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| Operations and vessel tracking for a tow-to-port maintenance strategy at the Kincardine offshore windfarm |
Kaiser Saeed, Laura DM Corgosinho, Uni. of Strathclyde |
| On the installation of offshore wind turbines: Challenges and future perspectives |
George Jagite, SINTEF Ocean AS |
| Development of a Risk Analysis Model for the Installation of Offshore Wind Farms |
Nico Garcia Munoz, Fraunhofer IWES |
| Optimizing jack-up vessel chartering strategies to support maintenance tasks in offshore wind turbines |
Vibeke Petersen, NTNU |
| Investigation of more efficient W2W operability simulations |
Martin Gutsch, SINTEF Ocean |
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Societal impact and controversies
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| Whispers in the Wind: Ethical dimensions of social conflict in offshore wind |
Rita V. D'Oliveira Bouman, SINTEF Ocean |
| Identifying and addressing societal aspects of offshore wind power in the North Sea |
Tomas Moe Skjølsvold, Sara Heidenreich, NTNU |
| From where the wind blows – The social dynamics of wind power opposition |
Sigurd Hilmo Lundheim, NTNU |
| Just wind power? Mapping of Norwegian ownership models and decision-making processes |
Kim-Andre Myhre Arntsen, NTNU |
| Leveraging innovative technology to address societal interests in offshore wind farm development |
Jan-Tore Horn, Vind Technologies AS |
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Operation and maintenance
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| The Sensitivity of Failure Definitions on Wind Turbine Failure Rate and Availability Estimates |
Fraser Anderson, University of Edinburgh |
| Multirotor wind turbine systems: an exploration of failure rates and failure classification |
Jade McMorland, University of Strathclyde |
| Effects of grid demand oscillations on degradation of power train system in offshore wind turbines |
Farid Khazaeli Moghadam, NTNU |
| Support System for Optimised Maintenance of Horizontal Axis Wind Turbines |
Arvind Keprate, OsloMet |
| Technical modelling challenges for large idling wind turbines |
Galih Bangga, DNV Services UK |
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Closing session
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| Strategic technology and innovation outlook on offshore wind |
Jacob Edmonds, VC, ETIP Wind & Head of Innovation & Digital, Ørsted |
| Techno-economical Optimization for Floating Offshore Wind Farms: A ScotWind Portfolio Study |
Joanna Ines Martin, Ørsted Services AS |
| Legal and regulatory aspects of offshore wind |
Catherine Banet, professor, University of Oslo (UiO) |
| Key innovations for floating wind cost reduction |
Jose Luis Domínguez-García, Head of Power Systems Group, IREC |
| Next generation floating wind technology |
Knut Vassbotn, CEO, Deep Wind Offshore |
| Advancements in offshore wind |
Geir Olav Berg, SVP, Mainstream Renewable Power |
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