More and more wind farms are reaching the end of their useful lifetimes, so it is necessary to
consider the need and/or suitability of dismantling or repowering them. This paper presents …

In order to extend the useful lifetime of a wind farm, wind turbine repowering is an option.
Repowering may be applied due to the turbine's aging, reduction in turbine yield or in the …

Decommissioning is usually the last stage of the offshore wind farm life cycle. Due to the
challenges of the decommissioning process, such as the impact on the marine environment …

The enormous rise in installed wind power capacity worldwide over the last twenty years
means most of the wind power plants will soon reach their end-of-life of service. The …

The wind industry is currently facing a major challenge due to the ageing of the wind
turbines that were first commissioned. Recent wind turbine designs present higher power …

The aim of this study is to develop a methodology for using Geographic Information Systems
(GIS) spatial analysis in the development of a floating offshore wind farm. When you plan a …

This paper develops a methodology to determine the installation costs of a floating wind
farm installed offshore, the value of which depends on the type of floating offshore wind …

This research investigates, analyses, and quantifies the technological effects of wind turbine
repowering (ie, where old turbines are removed and new turbines are installed at the same …

Repowering augments the power generation capacity of a wind farm in order to enhance the
exploitation of the high mean wind speed regions. In this study, a partial repowering strategy …

This study explores the effects of inter-farm wakes and proposes staggering schemes that
are most suitable for optimization of existing wind farm arrays to mitigate the effects of …