The simplest model for an atmospheric boundary layer assumes a uniform steady wind over a certain depth, of order 1 km, with the forces of friction, pressure gradient and Coriolis in balance. A linear model is here employed for the adjustment of wind to this equilibrium, as the wake of a very wide wind farm. A length scale is predicted for the exponential adjustment to equilibrium. Calculation of this length scale is aided by knowledge of the angle for which the wind would normally cross the isobars in environmental conditions in the wake
The growth rate of wind-turbine wakes in the atmospheric boundary layer is a key parameter in analyt...
Hereby a modelling approach for wind power in large scale power system models is presented. Therefor...
We present and test a coupled wake boundary layer (CWBL) model that describes the distribution of th...
The simplest model for an atmospheric boundary layer assumes a uniform steady wind over a certain de...
Modern, very large wind farms require large-scale effects to be taken into account when evaluating w...
This paper presents a theory based on the law of momentum conservation to define and help analyse th...
The wind energy industry relies on computationally efficient engineering-type models to design wind ...
In this study, a new analytical approach is presented and validated to predict wind farm power produ...
Wind farm power production is known to be strongly affected by turbine wake effects. The purpose of ...
The effects of turbine aerodynamics and response characteristics of the atmospheric boundary layer o...
Wind-farm blockage is investigated by means of an analytical model based on the linearized Reynolds-...
We describe the theoretical basis, implementation, and validation of a new parametrisation that ac...
Abstact: In order to address the wind-industry's need for a new generation of more advanced wake mod...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
© 2018, Springer International Publishing AG. In large wind farms, wakes of individual wind turbines...
The growth rate of wind-turbine wakes in the atmospheric boundary layer is a key parameter in analyt...
Hereby a modelling approach for wind power in large scale power system models is presented. Therefor...
We present and test a coupled wake boundary layer (CWBL) model that describes the distribution of th...
The simplest model for an atmospheric boundary layer assumes a uniform steady wind over a certain de...
Modern, very large wind farms require large-scale effects to be taken into account when evaluating w...
This paper presents a theory based on the law of momentum conservation to define and help analyse th...
The wind energy industry relies on computationally efficient engineering-type models to design wind ...
In this study, a new analytical approach is presented and validated to predict wind farm power produ...
Wind farm power production is known to be strongly affected by turbine wake effects. The purpose of ...
The effects of turbine aerodynamics and response characteristics of the atmospheric boundary layer o...
Wind-farm blockage is investigated by means of an analytical model based on the linearized Reynolds-...
We describe the theoretical basis, implementation, and validation of a new parametrisation that ac...
Abstact: In order to address the wind-industry's need for a new generation of more advanced wake mod...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
© 2018, Springer International Publishing AG. In large wind farms, wakes of individual wind turbines...
The growth rate of wind-turbine wakes in the atmospheric boundary layer is a key parameter in analyt...
Hereby a modelling approach for wind power in large scale power system models is presented. Therefor...
We present and test a coupled wake boundary layer (CWBL) model that describes the distribution of th...