LiDAR-assisted wind turbine control holds promise in reducing structural loads and
enhancing rotor speed regulation. However, a research gap exists in the practicality and …

LiDAR-assisted control has proven to be a highly effective method for mitigating rotor speed
deviations and reducing loads in wind turbines. This effectiveness stems from the ability of …

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 …

In the wind industry, research needs exist in the areas of reduction of wind turbine structural
loads and maximization of wind energy capture in order to reduce the cost of wind energy …

Modern utility-scale wind turbines are typically controlled using yaw, generator torque, and
blade pitch actuation (Pao and Johnson, 2011). The yaw motor is used to align the rotor with …

Significant interest exists worldwide in cleaner energy sources, and one result is rapid
increases in wind energy installed capacity and turbine size. Wind turbines have grown in …

To investigate potential improvement in wind turbine control employing LIDAR
measurement, pseudo-LIDAR wind speed data is produced with Bladed using a designed …

This study explores the potential benefits of considering Lidar-assisted control (LAC) at the
first stages of wind turbine design. The proposed methodology starts with a load analysis of …

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 …

In recent years lidar technology found its way into wind energy. The main application is still
the site assessment, but the possibility to optimize the energy production and reduce the …