This chapter considers the offshore wind resource and how it is likely to be translated into power production by large arrays of offshore wind turbines. Firstly, the characteristics of the offshore wind resource were studied using long-term reanalysis data from the ERA–40 dataset. For two offshore sites, a more in-depth prediction of the wind resource was made using a mesoscale model. Finally, the results of two studies of the characteristics of offshore wind farm wakes is presented, using a computational fluid dynamics (CFD) model and then inferred from scale model measurements in a meteorological wind tunnel
In this study, a new analytical approach is presented and validated to predict wind farm power produ...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
In this study, the offshore wind farm effects of Thanet (300 MW) in the U.K, and of Middelgrunden (4...
Veron, Dana E.Offshore wind in the United States continues to be a focused area of research as our s...
As the penetration of offshore wind farms continues to increase in Western Europe, the North Sea in ...
An accurate estimate of the long-term wind speed is essential to site an offshore wind farm effectiv...
As a consequence of the rapid growth of the globally installed offshore wind energy capacity, the si...
A prototype of a new physics-based wind resource assessment method is presented, which allows the pr...
Wind energy holds significant importance for a variety of reasons, ranging from environmental benefi...
To estimate the potential energy of an offshore wind farm, wind data and an assessment framework are...
For offshore wind farms, wake effects are among the largest sources of losses in energy production....
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
Kempton, WillettPrevious offshore wind power resource assessments have done an adequate job of incor...
Three projects are included: Dynamic simulation of the offshore wind turbine, considering different...
Offshore wind energy is regarded as a key component of future energy systems. However, rolling out w...
In this study, a new analytical approach is presented and validated to predict wind farm power produ...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
In this study, the offshore wind farm effects of Thanet (300 MW) in the U.K, and of Middelgrunden (4...
Veron, Dana E.Offshore wind in the United States continues to be a focused area of research as our s...
As the penetration of offshore wind farms continues to increase in Western Europe, the North Sea in ...
An accurate estimate of the long-term wind speed is essential to site an offshore wind farm effectiv...
As a consequence of the rapid growth of the globally installed offshore wind energy capacity, the si...
A prototype of a new physics-based wind resource assessment method is presented, which allows the pr...
Wind energy holds significant importance for a variety of reasons, ranging from environmental benefi...
To estimate the potential energy of an offshore wind farm, wind data and an assessment framework are...
For offshore wind farms, wake effects are among the largest sources of losses in energy production....
Knowledge of the wind conditions at a potential offshore wind farm site is key in reducing investmen...
Kempton, WillettPrevious offshore wind power resource assessments have done an adequate job of incor...
Three projects are included: Dynamic simulation of the offshore wind turbine, considering different...
Offshore wind energy is regarded as a key component of future energy systems. However, rolling out w...
In this study, a new analytical approach is presented and validated to predict wind farm power produ...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
In this study, the offshore wind farm effects of Thanet (300 MW) in the U.K, and of Middelgrunden (4...