This article provides a comprehensive review of the most recent advances in the planning,
execution, and analysis of inflow and wake measurements from nacelle-mounted wind …

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 …

Doppler LiDARs have become flexible and versatile remote sensing devices for wind energy
applications. The possibility to measure radial wind speed components contemporaneously …

The American WAKE ExperimeNt (AWAKEN) is a multi-institutional field campaign focused
on gathering critical observations of wind farm–atmosphere interactions. These interactions …

Understanding atmospheric turbulence is without a doubt one of the most complex subjects
in meteorology. However, its behavior can be more easily investigated by analysis of high …

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 …

Atmospheric turbulence can be characterized by the Reynolds stress tensor, which consists
of the second-order moments of the wind field components. Most of the commercial nacelle …

We define and demonstrate a procedure for carrying out wind turbine load validation based
on measurements from nacelle‐mounted scanning lidars. Two coherent Doppler lidar …

The turbulence ingestion force acting on the propeller is the primary source of noise and
vibration for an underwater vehicle. This paper aims to quantitatively investigate the …

This study proposes two methodologies for improving the accuracy of wind turbine load
assessment under wake conditions by combining nacelle-mounted lidar measurements with …