Presentations - EERA DeepWind'2018
|
| |
|
|
| |
| |
|
|
Opening Session - Frontiers of Science and Technology
|
|
|
| |
|
|
| Alexandra Bech Gjørv, CEO, SINTEF |
|
|
| Jørn Scharling Holm, Technology Partnerships Manager, Ørsted |
|
|
| Hanne Wigum, Manager Renewable Technology, Statoil |
|
|
| Matthijs Soede, Research Programme Officer, EC |
|
|
| Aiden Cronin, ETIP Wind |
|
|
| Nils Røkke, Chair, European Energy Research Alliance (EERA) |
|
|
| |
|
|
A1) New turbine and generator technology
|
|
|
| Lightweight design of the INNWIND.EU and AVATAR rotors through multi-disciplinary optimization algorithms |
|
A.Croce, Politecnico di
Milano |
| Initial Design of a 12 MW Floating Offshore Wind Turbine |
|
P.T.Dam, University of Ulsan, Korea |
| Performance Assessment of a High Definition Modular Multilevel Converter for Offshore Wind Turbines |
|
R.Torres-Olguin, SINTEF Energi |
| Mitigation of Loads on Floating Offshore Wind Turbines through Advanced Control Strategies |
|
D.Ward, Cranfield University |
| |
|
|
A2) New turbine and generator technology
|
|
|
| Integrated design of a semi-submersible floating vertical axis wind turbine (VAWT) with active blade pitch control |
|
F.Huijs, GustoMSC |
| Evaluation of control methods for floating offshore wind turbines |
|
W.Yu, University of Stuttgart |
| Impact of the aerodynamic model on the modelling of the behaviour of a Floating Vertical Axis Wind Turbine |
|
V.Leroy, LHHEA and INNOSEA |
| |
|
|
B1) Grid connection and power system integration
|
|
|
| Ancillary services from wind farms |
|
W.Leithead, Strathclyde University |
| North Seas Offshore Network: Challenges and its way forward |
|
P.Härtel, Fraunhofer IWES |
| Towards a fully integrated North Sea Offshore Grid: An engineering-economic assessment of a Power Link Island |
|
M.Korpås, NTNU |
| Generic Future Grid Code regarding Wind Power in Europe |
|
T.K.Vrana, SINTEF Energi |
| |
|
|
B2) Grid connection and power system integration
|
|
|
| Statistical Analysis of Offshore Wind and other VRE Generation to Estimate the Variability in Future Residual Load |
|
M.Koivisto, DTU Wind Energy |
A demonstrator for experimental testing integration of offshore wind
farms with HVDC connection |
|
S.D'Arco, SINTEF Energi |
| Optimal Operation of Large Scale Flexible Hydrogen Production in Constrained Transmission Grids with Stochastic Wind Power |
|
E.F.Bødal, NTNU |
| Small signal modelling and eigenvalue analysis of multiterminal HVDC grids |
|
S. D'Arco, SINTEF Energi |
| |
|
|
C1) Met-ocean conditions
|
|
|
| Assessing Smoothing Effects of Wind Power around Trondheim via Koopman Mode Decomposition |
|
Y.Susuki, Osaka Prefecture University |
An interactive global
database of potential floating wind park sites |
|
L.Frøyd, 4Subsea AS |
| Offshore Wind: How an Industry Revolutionised Itself |
|
M.Smith, Zephir Ltd |
| |
|
|
C2) Met-ocean conditions
|
|
|
| Wind conditions in a Norwegian fjord derived from tall meteorological masts and synchronized doppler lidars |
|
H.Agustsson, Kjeller Vindteknikk |
Complementary use of wind
lidars and land-based met-masts for wind characterization in a wide fjord |
|
E.Cheynet, University of Stavanger |
Simulation and observations
of wave conditions in Norwegian fjords |
|
B.R.Furevik, Meteorologisk institutt |
| |
|
|
D1) Operation & maintenance
|
|
|
| Wind Turbine Gearbox Planet Bearing Failure Prediction Using Vibration Data |
|
S.Koukoura, University of Strathclyde |
| Data Insights from an Offshore Wind Turbine Gearbox Replacement |
|
A.K.Papatzimos, University of Edinburgh |
| Further investigation of the relationship between main-bearing loads and wind field characteristics |
|
A.Turnbull, University of Strathclyde |
Damage Localization using
Model Updating on a Wind Turbine Blade |
|
K. Schröder, University of Hannover |
| |
|
|
D2) Operation & maintenance
|
|
|
| Using a Langevin model for the simulation of environmental conditions in an offshore wind farm |
|
H. Seyr, NTNU |
| The LEANWIND suite of logistics optimisation and full life-cycle simulation models for offshore wind farms |
|
F.D.McAuliffe, University College Cork |
| Analysis, comparison and optimization of the logistic concept for wind turbine commissioning |
|
M.Wiggert, Fraunhofer IWES |
| |
|
|
E1) Installation and sub-structures
|
|
|
| Floating offshore wind turbine design stage summary in LIFES50+ project |
|
G.Pérez, TECNALIA |
A comprehensive method for
the structural design and verification of the INNWIND 10MW tri-spar floater |
|
D.Manolas, NTUA |
| Reducing cost of offshore wind by integrated structural and geotechnical design |
|
K.Skau, NGI and NTNU |
Catenary mooring chain eigen modes and the effects on
fatigue life |
|
T.A.Nygaard, IFE |
| |
|
|
E2) Installation and sub-structures
|
|
|
| A numerical study of a catamaran installation vessel for installing offshore wind turbines |
|
Z.Jiang, NTNU |
| Instrumenting the Gravity base foundations for the Blyth Offshore Demonstration wind farm |
|
P.McKeever, ORE Catapult |
Integrated conceptual
optimal design of jackets and foundations |
|
M.Stolpe, Technical University of Denmark |
| |
|
|
F) Wind farm optimization
|
|
|
| The DIMSELO Project (Dimensioning Sea Loads for Offshore Wind Turbines) |
|
F.Pierella, IFE |
A savings procedure based
construction heuristic for the offshore wind inter-array cable layout optimization problem |
|
S.Fotedar, University of Bergen |
Calibration and Initial
Validation of FAST.Farm Against SOWFA |
|
J.Jonkman, National Renewable Energy Laboratory |
An Experimental Study on the Far Wake Development
behind a Yawed Wind turbine |
|
F.Mühle, NMBU |
| |
|
|
G1) Experimental testing and validation
|
|
|
Wind tunnel experiments on
wind turbine wakes in yaw: Redefining the wake width |
|
J.Schottler, ForWind, University of Oldenburg |
| A Detached- Eddy-Simulation study: Proper - Orthogonal - Decomposition of the wake flow behind a model wind turbine |
|
J.Göing, Technische Universität Berlin |
BOHEM (Blade Optical HEalth
Monitoring) |
|
P.McKeever, ORE Catapult |
| Scaled Wind Turbine Setup in Turbulent Wind Tunnel |
|
F.Berger, CvO University of Oldenburg |
| |
|
|
G2) Experimental Testing and Validation
|
|
|
Documentation, Verification
and Validation of Real-Time Hybrid Model tests for the 10MW OO-Star Wind
Floater semi FOWT |
|
M.Thys, SINTEF Ocean |
Validation of the real-time-response ProCap measurement system for full field flow measurements in a model-scale
wind turbine wake |
|
J.Bartl, NTNU |
Experimental Study on
Slamming Load by Simplified Substructure |
|
B.Seo, University of Ulsan, Korea |
Physical model testing of the TetraSpar floater in two
configurations |
|
M.Borg, DTU Wind Energy |
| |
|
|
H) Wind farm control systems
|
|
|
| Real-time wind field estimation & model calibration using SCADA data in pursuit of closed-loop wind farm control |
|
B.Doekemeijer, Delft University of Technology |
| Mitigating Turbine Mechanical Loads Using Engineering Model Predictive Wind Farm Controller |
|
J.Kazda, DTU Wind Energy |
| An approach to linear analysis of wind power plant dynamics, stability, and control |
|
K.Merz, SINTEF Energi |
| Wind farm control |
|
W.Leithead, Strathclyde University |
| |
|
|
Closing session
|
|
|
| WindBarge: floating wind production at intermediate water depths |
|
J.Krokstad, NTNU |
| OO-Star Wind Floater - The cost effective solution for future offshore wind developments |
|
T,Landbø, Dr.techn. Olav Olsen |
| The first floating wind turbine in France: Status, Feedbacks & Perspectives |
|
I. Le Crom, Centrale Nantes |
| Progress of EERA JP Wind towards stronger collaboration and impact |
|
P.Hauge Madsen, DTU Wind Energy |
| EERA DeepWind'2018 - Closing remarks |
|
J.O.Tande, SINTEF Energi |
| |
|
|
Posters
|
|
|
| |
|
|
Session A
|
|
|
| Load estimation and O&M costs of Multi Rotor Array turbine for the south Baltic Sea |
|
M. Karczewski, Lodz University of Technology |
| Dynamic Responses Analysis for Initial Design of a 12 MW Floating Offshore Wind Turbine with a Semi-Submersible Platform |
|
J.Kim, University of Ulsan, Korea |
| |
|
|
Session B
|
|
|
| SiC MOSFETs for Offshore Wind Applications |
|
S.Tiwari, NTNU/SINTEF Ocean |
| |
|
|
Session C
|
|
|
| Extreme met-ocean conditions in a Norwegian fjords |
|
Z. Midjiyawa, Meteorologisk
instiutt |
| Modelling of non-neutral wind profiles - current recommendations vs. coastal wind climate measurements |
|
P.Domagalski, Lodz University of Technology |
Uncertainty estimations for offshore wind resource assessment and power
verification |
|
D.Foussekis, Centre for Renewable Energy Sources |
| |
|
|
Session D
|
|
|
| Using a Langevin model for the simulation of environmental conditions in an offshore wind farm |
|
H.Seyr, NTNU |
| On the effects of environmental conditions on wind turbine performance – an offshore case study |
|
E. González, CIRCE –
Universidd de Zaragoza |
| |
|
|
Session E
|
|
|
| Design optimization with genetic algorithms: How does steel mass increase if offshore wind monopiles are designed for a longerservice life? |
|
L.Ziegler, Ramboll Wind |
| Experimental Study on Slamming Load by Simplified Substructure |
|
A.Krogstad, NTNU |
| Effect of hydrodynamic load modelling on the response of floating wind turbines and its mooring system in small water depths |
|
K.Xu, NTNU |
| Supply chains for floating offshore wind substructures - a TLP example |
|
H.Hartmann, University Rostock
|
| Critical Review of Floating Support Structures for Offshore Wind Farm Deployment |
|
M Leimeister, REMS,
Cranfield University |
| Asessment of the state-of-the-art ULS design procedure for offshore wind turbine sub-structures |
|
C. Hübler, Leibniz Univ
Hannover |
| Offshore Floating Platforms: Analysis of a Solution for Motion Mitigation |
|
A.Rodriguez, Saitec Offshore Technologies |
| State-of-the-art model for the LIFES50+ OO-Star Wind Floater Semi 10MW floating wind turbine |
|
A.Pegalar-Jurado, DTU |
| Validation of a CFD model for the LIFES50+ OO-Star Wind Floater Semi 10MW and investigation of viscous flow effects |
|
H. Sarlak, DTU |
| Designing FOWT mooring system in shallow water depth |
|
V. Arnal, LHEEA, Centrale
Nantes |
| Construction Possibilities for Serial Production of Monolithic Concrete Spar Buoy Platforms |
|
C. Molins, UPC-Barcelona Tech |
| Extreme response estimation of offshore wind turbines with an extended contour-line method |
|
J-T.Horn, NTNU |
| Fabrication and Installation of OO-Star Wind Floater |
|
T.Landbø, Dr.techn.Olav Olsen |
| |
|
|
Session F
|
|
|
Experimental validation of analytical wake and downstream turbine
performance modelling |
|
F.Polster, Technical University of Berlin |
| Reduce Order Model for the prediction of the aerodynamic lift around the NACA0015 airfoil |
|
M.S. Siddiqui, NTNU |
| Fast divergence-conforming reduced orders models for flow |
|
E. Fonn, SINTEF Digital |
| |
|
|
Session G
|
|
|
| Sensitivity analysis of the dynamic response of a floating wind turbine |
|
R. Siavashi, University of Bergen |
| Parameter Estimation of Breaking Wave Load Model using Monte Carlo Simulation |
|
S. Wang, DTU Wind Energy |
| Emulation of ReaTHM testing |
|
L. Eliassen, SINTEF Ocean |
| Multiple degrees of freedom real-time actuation of aerodynamic loads in model testing of floating wind turbines using cable-driven parallel robots |
|
V.Chabaud, NTNU/SINTEF Ocean |
| A 6DoF hydrodynamic model for real time implementation in hybrid testing |
|
I. Bayati, Politecnico di
Milano |
| Kalman Estimation of Position and Velocity for ReaTHM Testing Applications |
|
E.Bachmann Mehammer, Imperial College London/SINTEF
Energi |
| Numerical modelling and validation of a semisubmersible floating offshore wind turbine under wind and wave misalignment |
|
S.OH, ClassNK |
| |
|
|
Session H
|
|
|
| Impact on wind turbine loads from different down regulation control strategies |
|
C. Galinos, DTU |