Publicaties in cluster Wind Energy Technology
Bulder, B.H.; Bot, E.T.G.; Bedon, G.;
Optimal wind farm power density analysis for future offshore wind farms
ECN-E--18-025 EN maart 2018; 35 pag.
Caboni, M; Boorsma, K.;
ECN Aero-Module for Vertical Axis Wind Turbines
ECN-E--18-017 EN februari 2018; 48 pag.
Saraswati, N.; Stehly, T.; Dewan, A.; Delmarre, A.;
Operation and Maintenance Map of USA Offshore Wind Farms
ECN-E--17-028 EN november 2017; 73 pag.
Engels, W.P.; Marina, A.J.; Kanev, S.K.; Hoek, D.C. van der;
Condition based control
ECN-E--17-047 EN oktober 2017; 55 pag.
Kanev, S.K.; Shipurkar, U.; Baldacino, D.; Ozdemir, H.; Peeringa, J.M.; Gunes, Y.;
Design for Reliable power performance (D4REL); Final report
ECN-E--17-051 EN september 2017; 68 pag.
Kanev, S.K.; Bulder, B.H.;
Integral impact of D4REL on the cost of energy at system level
ECN-E--17-050 EN september 2017; 22 pag.
Hoek, D.C. van der; Kanev, S.K.;
Reducing Wind Turbine Loads with Down-Regulation
ECN-E--17-032 EN september 2017; 19 pag.
Bot, E.T.G.; Bulder, B.H.;
Windsnelheidseffecten achter windturbines
ECN-E--17-034 NL juli 2017; 24 pag.
Dewan, A.;
Global Mapping of Maintenance Strategies with Quantification of Key Performance Indicators
ECN-M--17-018 EN juli 2017; 22 pag.
Dewan, A.; Stehly, T.;
Mapping O&M Strategy for US offshore wind farms
ECN-M--17-017 EN juli 2017; 61 pag.
Kalken, van J.; Ceyhan, O.;
InnoTIP end report rev 2
ECN-O--17-011 EN mei 2017; 72 pag.
Hermans, K.W.; Peeringa, J.M.; Verbruggen, T.;
The influence of offshore floating foundations to the wind turbine generator. A study using aNySIMPHATAS
ECN-E--16-032 EN januari 2017; 66 pag.
Pascu, V.; Kanev, S.K.; Wingerden, J.W. van;
Adaptive tower damping control for offshore wind turbines
ECN-W--16-044 EN december 2016; 17 pag.
Gepubliceerd in: Wind Energy (John Wiley & Sons, Ltd.), 2016,, p.---.
Wiggelinkhuizen, E.J.; Papathanasiou, F.; Beekman, L.; Boxem, T.; Koornneef, J.; Faaij, A Prof.; Welle, A.J. van der;
Strategies towards an Efficient future North Sea Energy Infrastructure (SENSEI)
ECN-O--16-053 EN december 2016; 103 pag.
Boorsma, K.; Wagenaar, J.W.; Savenije, F.J.; Boquet, M.; Bierbooms, W.A.A.M.; Giyanani, A.H.; Rutteman, R.;
LiDAR Application for Wind Energy Efficiency, Final report
ECN-E--16-044 EN december 2016; 62 pag.
Rahimi, H.; Hartvelt, M.; Peinke, J.; Schepers, J.G.;
Investigation of the current yaw engineering models for simulation of wind turbines in BEM
ECN-M--16-069 EN oktober 2016; 15 pag.
Oggiano, L.; Boorsma, K.; Schepers, J.G.; Kloosterman, M.;
Comparison of simulations on the NewMexico rotor operating in pitch fault conditions
ECN-M--16-068 EN oktober 2016; 11 pag.
sorensen, N.N.; Zahle, F.; Boorsma, K.; Schepers, J.G.;
CFD computations of the second round of MEXICO rotor measurements
ECN-M--16-067 EN oktober 2016; 11 pag.
Boorsma, K.; Hartvelt, M.; Orsi, L.;
Application of the lifting line vortex wake method to dynamic load case simulations
ECN-M--16-066 EN oktober 2016; 11 pag.
Parra, E.A.; Boorsma, K.; Schepers, J.G.; Snel, H.;
Momentum considerations on the New MEXICO experiment
ECN-M--16-064 EN oktober 2016; 13 pag.
Boorsma, K.; Schepers, J.G.;
Rotor experiments in controlled conditions continued: New Mexico
ECN-M--16-063 EN oktober 2016; 10 pag.
Bot, E.T.G.;
Flow analysis with nacelle-mounted LiDAR
ECN-E--16-041 EN oktober 2016; 38 pag.
Kanev, S.K.; Boorsma, K.; Boquet, M.;
On the application of LiDARs in wind farm control
ECN-E--16-045 EN september 2016; 28 pag.
Bulder, B.H.; Bot, E.T.G.; Marina, A.J.;
Scoping analysis of the potential yield of the Hollandse Kust (zuid) wind farm sites and the influence on the existing wind farms in the proximity
ECN-E--16-021 EN september 2016; 42 pag.
Savenije, F.J.;
S4VAWT; Floating vertical axis wind turbines with pitched blades
ECN-M--16-049 EN juni 2016; 20 pag.
Wiggelinkhuizen, E.J.;
Wind farm electrical system design and optimization
ECN-M--16-048 EN juni 2016; 14 pag.
Boorsma, K.;
Shining LiDAR light on wind farm efficiency; On the reduction of Cost of Energy using LiDAR technology
ECN-M--16-038 EN juni 2016; 19 pag.
Bulder, B.H.; Roermund, M. van;
RVO lifecycle and decommissioning offshore wind
ECN-E--16-009 EN maart 2016; 33 pag.
Sark, W.G.J.H.M. van; Schepers, J.G.; van Wees, A.M.;
The Growing Role of Photovoltaic Solar, Wind and Geothermal Energy as Renewables for Electricity Generation
ECN-B--16-003 EN maart 2016; 18 pag.
Gepubliceerd in: Sustainability Assessment of Renewable-Based Products; Methods and Case Studies, 19, 36, 978-1-118-93394-7, Wiley & Sons Ltd..
Hasager, C.B.; Giebel, G.; Cantera, E.; Waldl, I.; Schepers, J.G.;
Design tool for off-shore wind farm cluster planning
ECN-M--16-027 EN maart 2016; 3 pag.
Hasager, C.B.; Giebel, G.; Waldl, I.; Schepers, J.G.;
EERA Design Tool for Offshore wind farm Cluster (DTOC)
ECN-M--16-025 EN maart 2016; 3 pag.
Schepers, J.G.;
Latest results from the EU project AVATAR: How to model large wind turbines aerodynamically
ECN-M--16-024 EN maart 2016; 32 pag.
Schepers, J.G.; Bulder, B.H.; Quinn, R. voorvoegsels;
An investigation into the effect of low induction rotors on the levelised cost of electricity for a 1GW offshore wind farm
ECN-M--16-023 EN maart 2016; 27 pag.
Schepers, J.G.;
Nederlands leidende rol in de aerodynamica van windenergie
ECN-W--16-006 NL maart 2016; 4 pag.
Gepubliceerd in: Nederlands Tijdschrift voor Natuurkunde (Nederlandse Natuurkundige Vereniging), 2016, Ed.januari, p.16-19.
Ramanujam, G.; Ozdemir, H.; Hoeijmakers, H.W.M.;
Improving Airfoil Drag Prediction
ECN-M--16-022 EN februari 2016; 12 pag.
Schepers, J.G.;
AVATAR: AdVanced Aerodynamic Tools for lArge Rotors
ECN-M--15-055 EN februari 2016; 20 pag.
Soleimanzadeh, M.; Pierik, J.T.G.; Wijesinghe, ;
Economical Reactive Power Provision For an Offshore Transmission Technology
ECN-W--15-041 EN februari 2016; 6 pag.
Gepubliceerd in: Renewable Power Generation (IET), 2014, Ed.--, p.1-6.
Rodrigues, S.F.R.; Texeira Pinto, R.; Soleimanzadeh, M.; Bosman, P.H.; Bauer, P.;
Wake losses optimization of offshore wind farms with moveable floating wind turbines
ECN-W--16-003 EN februari 2016; 9 pag.
Gepubliceerd in: Energy Conversion and Management (Elsevier), 2015, Ed.89, p.933-941.
Reuder, J.; Baserud, L.; Kral, S.; Kumer, V.; Wagenaar, J.W.; Knauer, A.;
Proof of concept for wind turbine wake investigations with the RPAS SUMO
ECN-W--16-002 EN februari 2016; 10 pag.
Gepubliceerd in: Science Direct (), 2015,, p.1-10.
Bulder, B.H.;
Smart Rotor, calculation of the integral effects on the LCOE
ECN-E--15-053 NL december 2015; 22 pag.
Boorsma, K.;
Active Wake Control by Pitch Adjustment, Analysis of field measurements
ECN-E--15-042 EN november 2015; 75 pag.
Kanev, S.K.;
Dynamic adaptation of Active wake control
ECN-E--15-050 EN september 2015; 19 pag.
Bot, E.T.G.;
FarmFlow validation against full scale wind farms
ECN-E--15-045 EN september 2015; 78 pag.
Roermund, M. van;
FarmFlow sensitivity and validation study
ECN-E--15-043 EN september 2015; 20 pag.
Bulder, B.H.; Bot, E.T.G.; Wiggelinkhuizen, E.J.; Nieuwenhout, F.D.J.;
Quick scan wind farm effi-ciencies of the Borssele loca-tion
ECN-E--14-050 NL augustus 2015; 34 pag.
Bulder, B.H.; Bot, E.T.G.;
Quick scan of energy production and wake losses of the Borssele Wind Farm Zone including losses for nearby Belgian Wind Farms
ECN-E--15-015 EN augustus 2015; 26 pag.
Holierhoek, J.G.;
Improved Aeroelastic Simulations using SIMPACK [D6]
ECN-E--15-037 EN juli 2015; 34 pag.
Holierhoek, J.G.;
Guidelines for Aeroelastic Analyses of Wind Turbines Using Multi Body Simulations [D8, D2]
ECN-E--15-036 EN juli 2015; 22 pag.
Pascu, V.;
Reliable Wind Turbine Control Design – A Study of Achievable Control Performance under Design Uncertainty.
ECN-E--15-023 EN juni 2015; 78 pag.
Boorsma, K.; Schepers, J.G.; Gomez-Iradi, S.; Schaffarczyk, P.; Madsen, H.A.; Sorensen, N.N.; Shen, W.Z. voorvoegsels; Lutz, T.; Schulz, C.; Herraez, I.; Schreck, S.;
Final report of IEA Wind Task 29: Mexnext (Phase 2)
ECN-E--14-060 EN juni 2015; 257 pag.
Abdelsalam, A.; Boorsma, K.; Savenije, F.J.; Davoust, S.; Rutteman, R.;
Effects of rotor induction on the propagation of disturbances towards wind turbines
ECN-M--15-023 EN juni 2015; 5 pag.
Kanev, S.K.; Savenije, F.J.;
Active Wake Control: loads trends
ECN-E--15-004 EN mei 2015; 25 pag.
Wiggelinkhuizen, E.J.; Nieuwenhout, F.D.J.; Ars, M.; Bauer, P.; Kontos, M.; Roggenkamp, M.; Gazendam, J.; Vree, D.; Truijens, J.; Dort, L.; Kramer, D.;
Synergies at Sea: A combined infrastructure for offshore wind and grid interconnection
ECN-M--15-020 EN maart 2015; 1 pag.
Beurskens, H.J.M.; Bulder, B.H.; Eecen, P.J.; Obdam, T.S.; Pal, A. van der; Peeringa, J.M.; Wiggelinkhuizen, E.J.;
Can we reduce the cost of energy by 40% in 2020?
ECN-M--15-015 EN maart 2015; 13 pag.
Savenije, F.J.; Peeringa, J.M.;
Control development for floating wind
ECN-M--14-063 NL maart 2015; 11 pag.
Gepresenteerd op: The Science of Making Torque from Wind, Heraklion, Crete, Greece, 28-30 juni 2010.
Maureira Poveda, J.P.; Wouters, D.A.J.;
LAWINE: Task A; Wind Resource Assessment IJmuiden
ECN-E--14-058 EN februari 2015; 31 pag.
Soleimanzadeh, M.; Kester, J.C.P.; Wiggelinkhuizen, E.J.;
Assessment of the electrical system design and offshore transmission systems for the case study wind farms
ECN-E--14-061 EN februari 2015; 79 pag.
Roermund, M. van;
Introduction to wind energy – presentation to Min van Buza
ECN-L--15-003 EN februari 2015; 43 pag.
Gepresenteerd op: , , .
Boorsma, K.;
Lawine: Lidar Application for WINd Energy Efficiency
ECN-L--15-002 EN februari 2015; 12 pag.
Gepresenteerd op: Launce TKI Wind op Zee Tenders 2015, Utrecht, NL, 30 January 2015.
Kester, J.C.P.; Wiggelinkhuizen, E.J.;
Electrical Integration of North Sea Wind Power Plants using Interconnectors
ECN-M--14-065 EN december 2014; 6 pag.
Kester, J.C.P.;
Interconnecting North Sea Wind Power Plants
ECN-L--14-081 EN december 2014; 22 pag.
Gepresenteerd op: Wind Integration Workshop 2014 , Berlijn, Germany, 12-11-2014.
Boorsma, K.; Schepers, J.G.;
New MEXICO experiment, preliminary overview
ECN-E--14-048 EN oktober 2014; 63 pag.
Bot, E.T.G.;
Turbulence assessment with ground based lidars
ECN-E--14-043 EN september 2014; 26 pag.
Grasso, F.;
free form design for rotor blades
ECN-M--14-011 EN juli 2014; 11 pag.
Brand, A.J.;
Wind farm design and active wake control
ECN-M--14-020 EN april 2014; 7 pag.
Boorsma, K.; Schepers, J.G.; Gomez-Iradi, S.; Madsen, H.A.; Sorensen, N.; Shen, W.Z.; Schulz, C.; Schreck, S.;
The Latest Results on Experimental Wind Turbine Aerodynamics
ECN-M--14-018 EN maart 2014; 18 pag.
Grasso, F.; Sartori, L.; Bottasso, C.; Croce, A.;
free form aerostructural optimization of rotor blades
ECN-M--14-014 EN maart 2014; 1 pag.
Wiggelinkhuizen, E.J.; Pierik, J.T.G.; Pinto, R.T.;
North Sea Transnational Grid, Dynamic wind farm model for simulating multi-termal HVDC grids
ECN-E--14-006 EN februari 2014; 93 pag.
Pierik, J.T.G.; Wiggelinkhuizen, E.J.; Nieuwenhout, F.D.J.; Hout, M. van;
North Sea Transnational Grid: A better way to integrate large scale Offshore Wind Power Summary report
ECN-E--14-004 EN februari 2014; 73 pag.
Pierik, J.T.G.;
North Sea Transnational Grid: Evaluation of NSTG options
ECN-E--14-003 EN januari 2014; 75 pag.
Kanev, S.K.; Savenije, F.J.; Soleimanzadeh, M.;
Wind farm modeling and control: an inventory
ECN-E--13-058 EN januari 2014; 36 pag.
Schepers, J.G.;
Aerodynamic and acoustic international cooperation projects: How they (should) come together
ECN-M--13-052 EN december 2013; 30 pag.
Bulder, B.H.;
Optimal Wind Farm Power and Wind Turbine Selection on the Basis of Wind Turbine Characteristics
ECN-M--13-047 EN november 2013; 1 pag.
Wiggelinkhuizen, E.J.;
Synergy of "internconnection" and offshore wind farms
ECN-M--13-046 EN november 2013; 1 pag.
Savenije, F.J.; Peeringa, J.M.; Huijs, F.; Ridder, E.J. de;
Control development for floating wind
ECN-M--13-045 EN november 2013; 1 pag.
Holierhoek, J.G.;
An Overview of possible Aeroelastic Instabilities for Wind Turbine Blades
ECN-W--13-056 EN november 2013; 21 pag.
Grasso, F.; Sartori, L.; Bottasso, C.; Croce, A.;
Integration of airfoil design during the design of new blades
ECN-M--13-020 EN september 2013; 10 pag.
Versteeg, M.C.; Ozdemir, H.; Brand, A.J.;
Improvements in ECN Wake Model
ECN-M--13-018 EN augustus 2013; 15 pag.
Grasso, F.;
Development of Thick Airfoils for Wind Turbines
ECN-W--13-022 EN juni 2013; 9 pag.
Gepubliceerd in: Journal of Aircraft (AIAA), 2013, Ed.vol. 50, no. 3, p.975-981.
Schepers, J.G.; Boorsma, K.; Munduate, X;
Final Results form Mexnext-I: Analysis of detailed aerodynamic measurements on a 4.5 m diameter rotor placed in the large German Dutch Wind Tunnel DNW
ECN-M--13-003 EN februari 2013; 13 pag.
Schepers, J.G.; Schreck, S.;
The importance of aerodynamics and the role of aerodynamic measurements
ECN-M--13-002 EN februari 2013; 38 pag.
Boorsma, K.;
Heat and Flux
ECN-E--12-048 EN januari 2013; 51 pag.
Boorsma, K.;
Power and loads for yawed flow conditions
ECN-E--12-047 EN januari 2013; 65 pag.
Lindenburg, C.;
Analytical verification of flutter prediction for large wind turbine rotor blades
ECN-M--12-077 EN december 2012; 2 pag.
Sanderse, B.;
Energy-conserving Runge-Kutta methods for the incompressible Navier-Stokes equations
ECN-W--12-046 EN november 2012; 33 pag.
Gepubliceerd in: Journal of Computational Physics (Elsevier), 2013, Ed.233, p.100-131.
Bot, E.T.G.; Eecen, P.J.; Brand, A.J.;
The influence of wind farms on the wind speed above the wind farms
ECN-M--12-068 EN oktober 2012; 21 pag.
Bot, E.T.G.; Eecen, P.J.; Brand, A.J.;
The influence of wind farms on the wind speed above the wind farms
ECN-M--12-067 EN oktober 2012; 8 pag.
Sanderse, B.;
Immersed Actuator Methods
ECN-M--12-066 EN oktober 2012; 23 pag.
Schepers, J.G.; Boorsma, K.; Cho, T.; Gomez-Iradi, S.; Schaffarczyk, P.; Jeromin, A.; Shen, W.Z.; Lutz, T.; Meister, K.; Stoevesandt, B.; Schreck, S.; Micallef, D.; Pereira, R.; Sant, T.; Madsen, H.; Sorensen, N.;
Final report of IEA Task 29, Mexnext (Phase 1): Analysis of Mexico wind tunnel measurements
ECN-E--12-004 EN september 2012; 290 pag.
Holierhoek, J.G.; Lekou, D.J.; Hecquet, T.; Söker, H.; Ehlers, B.; Savenije, F.J.; Engels, W.P.; Pieterman, R.P. van de; Ristow, M.; Kochmann, M.; Smolders, K.; Peeters, J.;
PROcedures for TESTing and measuring wind turbine components; results for yaw and pitch system and drive train
ECN-W--12-030 EN juli 2012; 18 pag.
Gepubliceerd in: Wind Energy (John Wiley & Sons, Ltd.), 2012, 2012, p.---.
Vaal, J.B. de; Holierhoek, J.G.; Zuijlen, A.H. van; Bijl, H.;
Comparing different dynamic stall models
ECN-W--12-029 EN juli 2012; 21 pag.
Gepubliceerd in: Wind Energy (John Wiley & Sons, Ltd.), 2012, 2012, p.---.
Kanev, S.K.; Engelen, T.G. van; Engels, W.P.; Wei, X.; Dong, J.; Verhaegen, M.;
Sustainable Control. a new approach to operate wind turbines. Final public report
ECN-E--12-028 EN juni 2012; 263 pag.
Grasso, F.;
Hybrid Optimization for Wind Turbine Thick Airfoils
ECN-M--12-022 EN juni 2012; 13 pag.
Brand, A.J.; Wagenaar, J.W.; Eecen, P.J.; Holtslag, M.C.;
Database of measurements on the offshore wind farm Egmond aan Zee
ECN-M--12-012 EN april 2012; 8 pag.
Visser, D.C.; Houkema, M.; Siccama, N.B.; Komen, E.M.J.;
Validation of FLUENT CFD model for hydrogen distribution in a containment
ECN-W--12-014 EN april 2012; 12 pag.
Gepubliceerd in: Nuclear Engineering and Design (Elsevier), 2012, Ed.245, p.161-171.
Grasso, F.;
Design and Optimization of Tidal Turbine Airfoil
ECN-W--12-008 EN maart 2012; 9 pag.
Gepubliceerd in: Journal of Aircraft (AIAA), 2012, Ed.49, p.636-643.
Sanderse, B.; Koren, B. |;
Accuracy analysis of explicit Runge-Kutta methods applied to the incompressible Navier-Stokes equations
ECN-W--12-007 EN februari 2012; 24 pag.
Gepubliceerd in: Journal of Computational Physics (Elsevier), 2012, Ed.231, p.3041-3063.
Ceyhan, O.;
Towards 20MW wind turbine: High Reynolds number effects on rotor design
ECN-M--12-002 EN januari 2012; 15 pag.
Grasso, F.;
BEM Modeling of Inflow with Shear in Comparison with Advanced Model Results
ECN-W--11-015 EN maart 2011; 20 pag.
Gepubliceerd in: Wind Energy (John Wiley & Sons, Ltd.), 2011, Ed.Vol. 15, issue 1, p.63-81.