Current turbulence parameterizations in numerical weather prediction models at the
mesoscale assume a local equilibrium between production and dissipation of turbulence. As …

Extensive assessment about the efficiency and quality of the power production is important
to the floating wind turbine (FWT) development. The power performance of a wind turbine …

Gusts represent the component of wind most likely to be associated with serious hazards
and structural damage, representing short-lived extremes within the spectrum of wind …

Wind energy is one of the fastest growing renewable energy sources in the US Wind turbine
wakes change the flow field within wind farms and reduce power generation. Prior research …

Data-driven wind turbine performance predictions, such as power and loads, are important
for planning and operation. Current methods do not take site-specific conditions such as …

To accurately plan and manage wind power plants, not only does the time-varying wind
resource at the site of interest need to be assessed but also the uncertainty connected to this …

Renewable energy is being adopted worldwide, and the proportion of offshore wind turbines
is increasing. Offshore wind turbines operate in harsh weather conditions, resulting in …

Power curves are used to model power generation of wind turbines, which in turn is used for
wind energy assessment and forecasting total wind farm power output of operating wind …

Abstract Two Laser and Detection Ranging (lidar) units were deployed in the Altamont Pass
region of California to study complex flow dynamics at a moderately complex terrain wind …

The random fluctuation of wind is the basic factor causing the power fluctuation of wind
turbines. On the basis of the relationship model between wind and power, and considering …