The objective of Task 25 is to analyse and further develop the methodology to assess the impact of wind power on power systems. The Task has established an international forum for exchange of
The project has generally aim to support Denmark´s participation in the “IEA Wind Energy R & D Implementing Agreement” in 2013 through participation in the Agreement Steering Committee (“Executive
Currently, individual wind turbines can estimate their possible power of during down-regulation. For large offshore wind power plants, the sum of those signals is larger than the possible power of the
The overall objective of the project is to develop a cost-efficient Lidar wind sensor to be integrated on individual wind turbine in order to maximize power production and minimize dynamic load on the
The purpose is to develop and demonstrate methods for cableinstallation, which via improved cable
fabrication and installation can reduce costs for installation of array-, infield- and export cables
To develop and demonstrate the value of a yaw control kit for wind turbines, which continuously measures
the wind direction in front of a wind turbine and subsequently turns the turbine almost
To develop, prepare for market and demonstrate an applicable method for regaining operational life of
installed wind turbine blades with structural defects based on Bladena’s patented technologies for
To improve the efficiency of wind turbine and wind turbine farms using synchronized sensors on wind
turbines, their wings, and in wind fields. The technology is used in development, test, modeling
Based on participation in the IEA Annex 29 Mexnext II, the objective is to validate and improve a number of different aerodynamic and aeroelastic numemrical models used by both research institutions
Acoustic measurements will be performed at various degrees of wake using several measuring techniques. The results will be compared with aerodynamic measurements to enhance knowledge of wind turbine
In this project, by means of computer simulations, flow conditions of wing tips were investigated for a number of wing designs for wind turbines. Various numeric design methodologies were developed
For the first time ever, this project integrated three design areas in a simulation: electrical design and
optimisation of wind turbines (generator and gearbox), aerodynamic design (material and
This project developed methods and tools for modelling various ruptured wind turine blades and for analysing the residual strength of the blades if they crack. This provides a foundation for assessing
This project involved the first two phases in establishing a knowledge centre for wind turbine components. In the first phase, the knowledge centre was officially established, and it was decided that
The project aims to provide the necessary basis for deciding to establish a knowledge centre promoting Danish innovation in the field of wind turbine components. The purpose of the tesst centre will
The project endeavoured to calculate electricity generation costs in modern onshore wind turbines. At average operating costs of DKK 0.08/0.10/kWh, production costs per kWh can be calculated at DKK 0