Lidar systems installed on the nacelle of wind turbines can provide a preview of incoming
turbulent wind. Lidar-assisted control (LAC) allows the turbine controller to react to changes …

Lidar-assisted wind turbine control has been proven to be beneficial for turbine load
reduction. It relies on the preview of incoming turbulence provided by a nacelle lidar, which …

To provide comprehensive information that will assist in making decisions regarding the
adoption of LiDAR assisted control (LAC) in wind turbine design, this paper investigates the …

Investigations of lidar-assisted control to optimize the energy yield and to reduce loads of
wind turbines have increased significantly in recent years. For this kind of control, it is crucial …

Recent developments in LiDAR technology have led to much interest in the possibility of
improving turbine control by using a turbine‐mounted LiDAR, to provide advance …

Lidar systems have the potential of alleviating structural loads on wind turbines by providing
a preview of the incoming wind field to the control system. For a collective pitch controller …

Lidar-assisted wind turbine control is a promising technology and various concepts have
been developed. This paper aims to add another concept to the list by describing how …

This paper aims to firstly review various LIDAR-assisted wind turbine control methods
proposed in the past ten years for improving power production in the below rated wind …

In recent years there has been much interest in the possible use of LIDAR systems for
improving the performance of wind turbine controllers, by providing preview information …

The main challenges in harvesting energy from the wind arise from the unknown incoming
turbulent wind field. Balancing the competing interests of reduction in structural loads and …