Abstract. With the rapid increase in wind farm developments, it is essential to evaluate the impacts of newly constructed wind farms on adjacent wind farms, both existing and planned. Numerical weather prediction models are essential tools to predict wake effects, especially under varying atmospheric conditions that oc...
S. Porchetta, W. Munters, M. Lejeune et al.· Wind Energy Science· 1 citation
Abstract. Wind energy is regarded as an important component for global decarbonization strategies, and the rapid expansion of offshore wind farms has led to increasingly large and closely spaced wind farm clusters. As a result, assessing wake impacts between neighboring wind farms has become increasingly important. Mul...
S. Porchetta, M. Howland, M. Lejeune et al.· Wind Energy Science· 1 citation
The rapid expansion of wind farm installations in the North Sea results in an increased need for understanding their influence on the local atmosphere, as well as the interactions between them. Wind farm operation and power production are affected by wakes produced both within and upstream of the wind farms. Accurately...
Alexandros Palatos-Plexidas, S. Gremmo, J. van Beeck et al.· Wind Energy Science· 0 citations
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