Accurate Wind Resource Assessment. Power Performance Verification. Bankable Data to Reduce Fund Risk. Power Curve Assessment and Prediction. Turbine Efficiency Evaluation. Turbine Wake Detection. Wind Farm Control and Optimization. Wind Shear.
The remote sensing Lidars are accepted more than ever for wind measurements in onshore and offshore farms. The maintenance-free wind speed lidar offers many advantages over using met masts alone. The advances in remote sensing technology have made wind speed lidar more reliable and accurate. The compact lidars are also mobile, relatively small and adaptable to be installed on different platforms and environments.
The Lidar Wind Speed is already widely used in all phases of a wind project. The Lidar technology has made significant progress in the last decade in becoming a widely accepted source of accurate data to support resource assessment and thus, wind farm developments. The remote sensing lidars are embraced because the measurement data is accurate, reliable and bankable. The deployment and maintenance is easy and of low cost, popular in different application scenarios, especially when applied in wind industry for...
The Lidar technology becomes indispensable in the development of wind energy projects, especially when it expands from onshore to offshore. The wind measurement solution by lidars is more cost-saving and feasible. The offshore lidar wind energy is under fast development with the achievements of lidar technology. The wind energy Lidars not only output wind speed, wind direction and turbulence intensity. Its precise and reliable wind data output reduces measurement uncertainty and meet the requirements to create a...