Wind farm control has been a topic of research for more than two decades. It has been
identified as a core component of grand challenges in wind energy science to support …

This chapter reviews the wind tunnel testing of scaled wind turbines and farms, which in
recent years is finding an increased interest by the scientific community for aerodynamic …

Accurate wind shear detection is crucial for aviation safety, especially in landing and
departure. A new approach for windshear alerting is proposed and demonstrated. This …

The aim of this paper is to analyze to which extent wind tunnel experiments can represent
the behavior of full-scale wind turbine wakes. The question is relevant because on the one …

This paper applies a large-eddy actuator line approach to the simulation of wind turbine
wakes. In addition to normal operating conditions, a specific focus of the paper is on wake …

Redirecting the wake from an upstream wind turbine by yawing its rotor can reduce the
negative impact of the wake on a downstream turbine. The present research investigated …

This paper describes the development of a theoretical model for the turbulence spectrum
measured by a short-range, continuous-wave lidar (light detection and ranging). The lidar …

Wind energy has become a mature technology in the past decade. Nevertheless, in order to
continue its growth and development, there are still open challenges like wind farm control …

Modern large wind turbines require high-resolution wind measurements as input to
aerodynamic and aeroelastic simulations for modelling and validation purposes. Within the …

WindScanner is a distributed research infrastructure developed at DTU with the participation
of a number of European countries. The research infrastructure consists of a mobile …