Presentations - EERA DeepWind'2019
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Opening session - Frontiers of Science and Technology
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| Welcome to EERA DeepWind |
John Olav Giæver Tande,
Chief Scientist, Conference Chair, SINTEF Energi |
| EERA DeepWind 2019 |
Trond Kvamsdal, Professor,
Conference Chair, NTNU |
| Collaboration on Offshore Wind Energy R&I |
Peter Hauge Madsen, Director, DTU |
| Horizon 2020 Work Programme for Research & Innovation 2018 - 2020 |
Nuno Quental, DG RTD - Policy Officer, European Commission |
| Experiences from Hywind Scotland and The Way Forward for Floating Offshore Wind |
Jon Barrat Nysæther, Technology Manager, Hywind at Equinor |
| Floating offshore wind |
Tor-Eivind Moen, ABB, Einar Wilhelmsen, Zero |
| North Sea Energy Infrastructure: Status and outlook |
Patrick Piepers, Asset Management TenneT |
A1) New turbine and generator technology
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| The X-Rotor Offshore Wind Turbine Concept |
W. Leithead, Strathclyde University |
| Comparison of the capacity factor of stationary wind turbines and weather-routed energy ships in the far-offshore |
J.Roshamida, LHEEA, Ecole Centrale de Nantes |
| Development of coupling module between BHawC aeroelastic software and OrcaFlex for coupled dynamic analysis of floating wind turbines |
V.Arramounet, INNOSEA |
| A new approach for comparability of two- and three-bladed 20 MW offshore wind turbines |
F.Anstock, Hamburg University of Applied Science |
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A2) New turbine and generator technology
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Damping analysis of a floating hybrid wind and
ocean-current turbine |
S.V.Kollappillai Murugan, Halmstad University |
On Design and Modelling of 10 MW Medium Speed
Drivetrain for Bottom-Fixed Offshore Wind Turbines |
S.Wang, NTNU |
| Modelling the dynamic inflow effects of floating vertical axis wind turbines |
D.Tavernier, Delft University of Technology |
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B1) Grid connection and power system integration
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| Power quality in offshore grids |
Prof. Elisabetta Tedeschi, NTNU |
| Reducing Rapid Wind Farm Power Fluctuations Using Energy Storage of the Modular Multilevel Converter |
S.Sanchez, NTNU |
| An Improved and Expanded Fault Detection and Clearing Strategy Application to a Hybrid Wind Farm integrated to a Hybrid HVDC Main Transmission Level Converter |
J.K. Amoo-Otoo, University of Idaho |
Prolonged Response of Offshore Wind Power
Plants to DC Faults |
Ö. Göksu, DTU |
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B2) Grid connection and power system integration
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| Control challenges for grid integration |
N. Cutululis, DTU |
| Design and Build of a Grid Emulator for Full Scale Testing of the Next Generation of Wind Turbines |
Chong Ng, ORE Catapult |
| Heuristics-based design and optimization of offshore wind farms collection systems |
J.A. Pérez-Rúa, DTU |
| Resonance Characteristics in Offshore Wind Power Plants with 66 kV Collection Grids |
A.Holdyk, SINTEF |
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C1) Met-Ocean conditions
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| The Influence of Unstable Atmospheric Conditions on the Motions and Loads on a Floating Wind Turbine |
R.M.Putri, University of Stavanger |
| Using Machine Learning Methods to find a Representative and Conservative Set of Conditions for Fatigue Analysis of Offshore Wind Turbines |
S.Kanner, Principle Power Inc. |
| Processing of sonic measurements for offshore wind turbine relevance |
A. Nybø, Universitetet i Bergen |
| Uncertainties in offshore wind turbulence intensity |
S.Caires, Deltares |
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C2) Met-Ocean conditions
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| COTUR - estimating the Coherence of TURbulence with wind lidar technology |
M.Flügge, NORCE
Technology |
| Towards a high-resolution offshore wind Atlas - The Portuguese Case |
T.Simões, LNEG |
| The DeRisk design database: extreme waves for Offshore Wind Turbines |
F.Pierella, DTU |
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D1) Operation and maintenance
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| Evaluation and Mitigation of Offshore HVDC Valve Hall Magnetic and Electric Field Impact on Inspection Quadcopter |
M. Heggo, University of Manchester |
| Piezoelectric Patch Transducers: Can alternative sensors enhance bearing failure prediction? |
L. Schilling, Hamburg University |
| Excluding context by means of fingerprint for wind turbine condition monitoring |
K. López de Calle,
IK4-TEKNIKER |
| Condition monitoring by use of time domain monitoring and pattern recognition |
Aasmund Barikmo, VibSim |
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D2) Operation and maintenance
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| Drivetrain technology trend in multi megawatt offshore wind turbines considering design, fabrication, installation and operation |
F. K. Moghadam, NTNU |
Operation & Maintenance Planning of Floating
Offshore Wind Turbines using Stochastic Petri Networks - Presentation not available |
O.Adedipe, Cranfield University |
| Recommended Key Performance Indicators for Operational Management of Wind Turbines |
S. Pfaffel, Fraunhofer IEE |
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E1) Installation and sub-structures
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Fatigue sensitivity to foundation modelling in different operational states for the DTU
10MW monopile-based offshore wind turbine |
G. Katsikogiannis, NTNU |
| Ultra-High Performance Concrete Lightweight Jackets |
J.Markowski, Leibniz Univ Hannover |
| Integrated Project Logistics and Costs Calculation for Gravity Based Structure |
N.Saraswati, TNO |
| Effects of wind-wave misalignment on a wind turbine blade mating process - Presentation not available |
A.S.Verma, NTNU |
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E2) Installation and sub-structures
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| Upscaling and levelised cost of energy for offshore wind turbines supported by semi-submersible floating platforms |
Y.Kikuchi, Univ of Tokyo |
| Wave Cancelling Semi-Submersible Design for Floating Offshore Wind Turbines |
Wei Yu, University of Stuttgart |
Summary of LIFES50+ project results: from the Design Basis to the floating concepts
industrialization |
G.Pérez, TECNALIA |
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F) Wind farm optimization
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| Analysis of wake effects on global responses for a floating two-turbine case |
A. Wise, NTNU |
| Effect of Wake Meandering on Aeroelastic Response of a Wind Turbine Placed in a Park |
B. Panjwani, SINTEF |
| Effect of wind flow direction on the loads at wind farm |
R. Kazacoks, Strathclyde
University |
How Risk Aversion Shapes Overplanting
in Offshore Wind Farms |
E.B. Mora, EDF Energy R&D |
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G1) Experimental Testing and Validation
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| Experimental modal analysis of aeroelastic tailored rotor blades in different boundary conditions |
J.Gundlach, German Aerospace Center |
| Low-frequency second-order drift-forces experimental validaton for a Twin Hull Shape Offshore Wind Platform – SATH |
A.M.Rubio, Saitec Offshore Technologies |
| Numerical prediction of hydrodynamic coefficients for a semi-sub platform by using large eddy simulation with volume of fluid method and Richardson extrapolation method |
J.Pan, Univ Tokyo |
| Assessment of Experimental Uncertainty in the Hydrodynamic Response of a Floating Semi-submersible, Including Numerical Propagation of Systematic Uncertainty |
A.Robertson, NREL |
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G2) Experimental Testing and Validation
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| A review of heave plate hydrodynamics for use in floating offshore wind sub-structures |
K. Thiagarajan, University of Massachusetts |
| Variable-speed Variable-pitch control for a wind turbine scale model |
F.Taruffi, Politecnico
di Milano |
| Experimental Investigation of a Downwind Coned Wind Turbine Rotor under Yawed Conditions |
C.W.Schulz, Hamburg University |
| EnhancedYaw Stability of Downwind Turbines - Presentation not available |
H.Hoghooghi, ETH Zürich |
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H) Wind farm control systems
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| Development of the Hywind Concept - Presentation not available |
B.Skaare, Equinor |
| A survey on wind farm control and the OPWIND way forward |
Leif Erik Andersson, NTNU |
| Hierarchy and complexity in Control of large Offshore Wind Power Plant Clusters |
A. Kavimandan, DTU |
| Verification of Floating Offshore Wind Linearization Functionality in OpenFAST |
J. Jonkman, NREL |
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Closing session - Strategic outlook
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| The way forward for offshore wind |
Aidan Cronin, Chair ETIPWind |
| Next Generation Offshore Wind Turbines - Presentation not available |
Dr. Fabian Vorpahl,
Leading Expert Offshore & Loads, Senvion GmbH |
| Real time structural analyses of wind turbines enabled by sensor measurements and Digital Twin models |
M. Graczyk, SAP Norway
Engineering Center of Excellence |
| EERA DeepWind'2019 - Closing |
John Olav G.Tande, SINTEF / Prof. Michael Muskulus, NTNU |
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Posters
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| Session A |
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| Electrical Collector Topologies for Multi-Rotor WindTurbine Systems |
I.H. Sunde, NTNU |
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| Session B |
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| Virtual Synchronous Machine Control for Wind Turbines: A Review |
L. Lu, DTU |
| Use of energy storage for power quality enhancement in wind-powered oil and gas applications |
E.F. Alves, NTNU-IEL |
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| Session C |
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| The OBLO infrastructure project – measurement capabilities for offshore wind energy research in Norway |
M. Flügge, NORCE Technology |
| Abnormal Vertical Wind Profiles at a Mid-Norway Coastal Site |
M.Møller, NTNU |
| Wind power potential and benefits of interconnected wind farms on the Norwegian Continental Shelf |
I.M. Solbrekke, UiB |
| Wind conditions within a Norwegian fjord |
Z. Midjiyawa, NTNU |
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| Session D |
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| Experimental study of structural resonance in wind turbine's bearing fault detection |
M.A. Rasmussen, NTNU |
| New coatings for leading edge erosion of turbine blades |
A.von Bonin, NTNU |
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| Session E |
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| Mooring System Design for the 10MW Triple Spar Floating Wind Turbine at a 180 m Sea Depth Location |
J.Azcona, CENER |
| Consideration of the aerodynamic negative damping in the design of FWT platforms |
C.E. Silva de Souza, NTNU |
| Wind-Wave Directional Effects on Fatigue of Bottom-Fixed Offshore Wind Turbine |
S.H.Sørum, NTNU |
| Numerical Study of Load Effects On Floating Wind Turbine Support Structures |
S.Okpokparoro, University of Aberdeen |
| Conceptual Design of a 12 MW Floating Offshore Wind Turbine in the Ulsan Offshore Area, Korea |
P.T.Dam, University of Ulsan |
| Motion Performances of 5-MW Floating Offshore Wind Turbines under Combined Environmental Conditions in the East Sea, Korea |
Y.Yu, University of Ulsan |
| Influence of ballast material on the buoyancy dynamics of cylindrical floaters of FOWT |
C.Molins, UPC-BarcelonaTech |
| Hydrodynamic analysis of a novel floating offshore wind turbine |
W.Shi, Dalian University of Technology |
| A tool to simulate decommissioning Offshore Wind Farms |
C. Desmond, University College Cork |
| Can cloud computing help bend the cost curve for FOWTs? |
P.E.Thomassen, Simis AS |
| Performance study for a simplified floating wind turbine model across various load cases |
F.J.Madsen, DTU |
| Simulation Methods for Floating Offshore Wind Turbine Farms with Shared Moorings |
P.Connolly, University of Prince Edward Island |
| Spatial met-ocean data analysis for the North Sea using copulas: application in lumping of offshore wind turbine fatigue load cases |
A. Koochekali, NTNU |
| Numerical design concept for axially loaded grouted connections under submerged ambient conditions |
P.Schaumann, Leibniz University Hannover, ForWind |
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| Session F |
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| Collection Grid Optimization of a Floating Offshore Wind Farm Using Particle Swarm Theory |
M.Lerch, IREC |
| Investigating the influence of tip vortices on deflection phenomena in the near wake of a wind turbine model |
L.Kuhn, Technical University Berlin |
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| Session G |
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| Implementation of potential flow hydrodynamics to time-domain analysis of flexible platform of floating offshore wind turbines |
S. OH, ClassNK |
| Validating numerical predictions of floating offshore wind turbine structural frequencies in Bladed using measured data from Fukushima Hamakaze |
H.Yoshimoto, Japan Marine United Corporation |
| Prediction of dynamic response of a semi-submersible floating offshore wind turbine in combined wave and current condition by a new hydrodynamic coefficient model |
Y.Liu, University of Tokyo |
| The experimental investigation of the TELWIND second loop platform |
T.Battistella, IH Cantabria |
| Model validation through scaled tests comparisons of a semi-submersible 10MW floating wind turbine with active ballast |
R.F.Guzmán, University of Stuttgart |
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