Wind power curves play important roles in wind power forecasting, wind turbine condition
monitoring, estimation of wind energy potential and wind turbine selection. In practice, it is a …

In the wind energy industry, the power curve represents the relationship between the “wind
speed” at the hub height and the corresponding “active power” to be generated. It is the most …

Anomalies and faults can be detected, and their causes verified, using both data-driven and
knowledge-driven techniques. Data-driven techniques can adapt their internal functioning …

High-durability concrete is required in extremely cold or ocean environments, making the
design of concrete mixes highly important and complicated. In this study, a hybrid intelligent …

Wind power curve modeling is a challenging task due to the existence of inconsistent data,
in which the recorded wind power is far away from the theoretical wind power at a given …

Accurate image stitching is crucial to wind turbine blade visualization and defect analysis. It
is inevitable that drone-captured images for blade inspection are high resolution and heavily …

Due to the extensive penetration of wind power plants (WPPs) into the grid, grid codes have
been imposed such that the WPPs stay linked to the grid during faults for a period to …

In this article, a study of wind turbine power curve modelling is presented with application to
a particular wind turbine of Seirijai wind farm in Lithuania. A non-linear regression model for …

Intensive condition monitoring of wind generation plant through analysis of routinely
collected SCADA data is seen as a viable means of forestalling costly plant failure and …

The performance evaluation of wind turbines operating in real-world environments typically
relies on analyzing the power curve, which shows the relationship between wind speed and …