Rapid changes in wind direction can lead to turbine lifetime reduction or even failure. Also, large hub heights for wind turbines are approaching the top of the surface layer so the traditional logarithmic profile may not be wholly appropriate to parameterise variation of wind speed with height. The first steps undertaken as part of the UK EPSRC Supergen Wind II project to improve wind resource assessment and predict the temporal variations in the offshore wind are presented. Data from boundary-layer wind-profiling radar were analysed to extract the diurnal and vertical patterns of the wind speed close to an offshore site for future correlation with offshore mast data
The UK has highly ambitious targets for wind development, particularly offshore, where over 30GW of...
The introduction of wind turbines has led to complaints about noise, domination and radio frequency ...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
Far offshore atmospheric conditions are favourable for wind energy purposes since mean wind speeds a...
In the UK, there is an interest in the expected offshore wind resource given ambitious national plan...
With the award of the latest Round 3 offshore wind farm sites around the UK coast the wind industry ...
Offshore wind is the key area of expansion for most EU states in order to meet renewable energy obli...
The rise and fall of the sea surface due to the tide effectively moves an offshore wind turbine hub ...
Incorporating atmospheric stability into wind resource assessment modelling is becoming more common....
Incorporating atmospheric stability into wind resource assessment modelling is becoming more common....
The wind energy industry has recently started to look in more depth at wind turbine wakes. Studies o...
Incorporating atmospheric stability into wind resource assessment modelling is becoming more common....
The small-scale wind turbine is considered as one of the most effective renewable technologies due t...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
The UK has highly ambitious targets for wind development, particularly offshore, where over 30GW of...
The introduction of wind turbines has led to complaints about noise, domination and radio frequency ...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
Far offshore atmospheric conditions are favourable for wind energy purposes since mean wind speeds a...
In the UK, there is an interest in the expected offshore wind resource given ambitious national plan...
With the award of the latest Round 3 offshore wind farm sites around the UK coast the wind industry ...
Offshore wind is the key area of expansion for most EU states in order to meet renewable energy obli...
The rise and fall of the sea surface due to the tide effectively moves an offshore wind turbine hub ...
Incorporating atmospheric stability into wind resource assessment modelling is becoming more common....
Incorporating atmospheric stability into wind resource assessment modelling is becoming more common....
The wind energy industry has recently started to look in more depth at wind turbine wakes. Studies o...
Incorporating atmospheric stability into wind resource assessment modelling is becoming more common....
The small-scale wind turbine is considered as one of the most effective renewable technologies due t...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
The UK has highly ambitious targets for wind development, particularly offshore, where over 30GW of...
The introduction of wind turbines has led to complaints about noise, domination and radio frequency ...
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...