The main points of the project are: 1) Improved methods for modelling of vertical and horizontal variation of wind speeds. 2) Verification, calibration and improvement of acoustic sensors for remote
The object of the research-project is to select which methods will give the best simulation of environmental influence in relation to the geographical placing of the mills, to be able to select what
The objective is to develop a prototype design of a wave power converter based on the Point absorber system AquaBuOY in cooperation between RAMBOLL and Aqua Energy.
The project concerns the modelling of aerodynamically generated sound from wind turbines with the aim of predicting and reducing noise emission from wind turbines.
Background: Planning wind farms offshore are generally based on little knowledge of the wind speeds. It is due to the limited amount of offshore meteorological observations worldwide. This again has
The activities in 1996 has to a large degree followed the budget proposal of 27 June 1995. During the year two IEA Executive Committee meeting were held, first in Finland and then in Germany. The
Wave energy test is extended due to an unexpected stop caused by the sinking of the float (due to corrosion). The test is continued in order to obtain sufficient long period of performance data. The
Nordtank Energy Group A/S. Udvikling og Konstruktion
EFP
1996
1997
The key target for the proposal is - by combining the latest technology related to generators and power electronics with the latest in wind turbines - to develop a new generation of grid-connected
This project will focus on the possibilities for achieving higher power production, less mechanical stress and a greater degree of flexibility by using both pitch and variable speed control in
A status has been performed within the research area 'Aeroelasticity for Wind Turbines', and on this basis, demands for research and perspectives for a future effort are identified.
The objective is to analyse and describe the edgewise vibrations, which have been observed during stalled operation on Danish and foreign 19 m wind turbine blades, and further to improve the models
A study has been performed, which investigated the possible application of Doppler laser anemometry for performance assessment and control of wind turbines.
It is the aim of the project: 1) To supplement the existing offshore wind data base, by setting up offshore meteorological measurements significantly further away from the coast than previously and