12 MW wind turbines, the scientific basis for their operational 70 to 270 m height offshore

3D virtual testing of composites for wind energy applications,Computational mesomechanics approach

6" WindScanner 2.0

ABYSS: Advancing BeYond Shallow waterS

ADAPtive WING geometry for reduction of wind turbine loads

RS

Analysis and modeling of unsteady aerodynamics

ASEAN

Atmospheric pressure plasma treatment of polymeric material surfaces for adhesion improvement

DecoWind

Blade King

DURALEDGE

CAFV

EROSION: Wind Turbine Blade Erosion・Reducing the largest uncertainties

CEASELESS

FarmConners

COMWIND

GASP

Controllable rubber trailing edge flap for wind turbines

CORAL

Dan-Aero

HyFiSyn

DARWIN

DCCSM

DeRisk: De-risked extreme wave loads for offshore wind energy

Development and Demonstration of Passive-Controlled 100kw Turbine Smart Rotor Technology Toward Mega-Watt Turbines

Development of wind energy technologies in Nepal

Eksperimentel Vingeforskning

ENDOW

InnoDC: Innovative Tools for Offshore Wind and DC Grids

EO-FLUX-BUDGET

EO-WINDFARM

FLUX

LowWind

FRP Wind Energy Materials

Gelcoats

IEA Wind TCP Task 36: Forecasting for Wind Energy

Generation, diagnostics, and application of triboplasma

Grid fault and design-basis for wind turbines

High reliability of large wind turbines via computational micromechanics based enhancement of materials performances

Icewind

Participation in IEA Task 29: Full Scale Wind Turbine Aero -dynamics, -elasticity and -acoustics

Blade Defect Forecasting

IMECC

Performance Transparency Project

IMPACT

PivotBuoy. Advanced Single Point Mooring System for lighter, cost-effective and reliable 10MW+ Floating Wind

Improved basis for design of large wind turbine blades of fibre composites for large wind turbines

INDUFLAP2: Industrial adaptation of a prototype flap system for wind turbines 2

InnoWind: Innovation for global wind energy exploitation on land using satellites

Advanced VGs

INNWIND: INNOVATIVE WIND CONVERSION SYSTEMS (10-20MW) FOR OFFSHORE APPLICATIONS

RECAST: Reduced Assessment Time

Integrated Wind Power Planning Tool

AeroLoop

INTELLISWITCH: Intelligent Quality Assessment of Railway Switches and Crossings

Interface design of composite materials

SETWind

IRPWind

Lidar Detection of Wakes for Wind Turbine Optimization

TotalControl

LifeWind

LIGHT-PROTECT

WhiteWind

MEWA

Monitoring and Advanced Control of Three Phase DPGS Project

WINDPLAN

Multimedie for VirtuelGalathea 3 e-learning

WindSider

NEWA: New European Wind Atlas

NORSEWinD

MaRINET2: Marine Renewable Infrastructure Network for Enhancing Technologies 2

NSON-DK: North Sea Offshore Network project

OffWindChina

OPTIMAT Blades

Optimizing Wind Energy

Participation in IEA Task 39

PossPOW: Possible Power of Offshore Wind power plants

Power Fluctuation from Large Windfarms

Powerkey

POWER. Predicting Offshore Wind Energy Resources

Power system operation and control for integration of large scale of wind energy

RePlan: Ancillary services from Renewable power Plants

RIMPUFF

Risø mini lidar

RS-Model

SAR-WAKE

Satellite Eye for Galathea 3

SAT-MAP-CLIMATE

SAT-WIND

SELMA

SESS

Simulation Platform for Windturbines

Single Tree

SmallWind - Market analysis and prospects

Smart Tip

Space4Energy

Surveillance of Wind Turbine Blades

TrueWind

Ultrasound Enhanced Plasma

UniTTe: Unified turbine testing

Upwind

ViNat - Virtual Nanotitanium

Virtual Campus Hub

VirtuelGalathea 3 e-learning

VVMplus

WATERMED

WEMSAR

Wind2050

Wind Turbine Airfoil Catalogue

Wind Wave Interaction for Off-shore Wind Energy Utilization

X-WiWa

BLATIGUE: Fast and Efficient Fatigue Test of Large Wind Turbine Blades

OffshoreWake Large Scale Offshore Wake impact on the Danish Power System

POWER. Predicting Offshore Wind Energy Resources

Assessment of the offshore wind power potential in European Union waters for siting wind farms.

Updated on 24 August 2022

Søren Ejling Larsen

Contact

Søren Ejling Larsen

Emeritus

DTU Wind

+45 46 77 50 12
sola@dtu.dk

Updated on 24 August 2022