Ground-based Remote Sensing
Matthew V. Filippelli1, Dr. Kathleen Moore2
1 AWS Truewind | 2 Integrated Environmental Data
This study presents the results of multi-unit sodar and lidar deployments across North America. (Poster)
Download PDF (393KB pdf document)
Exploring LIDAR Remote Sensing Technology for Offshore Wind Resource Monitoring Applications
Dan Jaynes and Jerome Jacquemin
Garrad Hassan
Design and installation of offshore meteorological masts requires careful preparation and access to relatively large amounts of capital in the sensitive and uncertain initial phases of project planning. In this context, the LiDAR measurement technique has emerged as a potentially attractive and economically competitive alternative to traditional offshore met masts. (Poster)
Download PDF (118KB pdf document)
On Mean Wind And Turbulence Profile Measurements From Ground-Based Wind Lidars:
Limitations In Time And Space Resolution With Continuous Wave And Pulsed Lidar Systems
Torben Mikkelsen
Wind Energy Division, Risø National Laboratory for Sustainable Energy
A comprehensive comparison of two different lidar technologies, as represented by the ZephIR and WINDCUBE remote sensors.
Download PDF (139KB pdf document)
White Papers and Proofs
The Windcube lidar remote sensor system has been tested intensively. Read what wind industry experts are saying about Windcube lidar system’s accuracy, portability, performance in adverse weather conditions, and use with met mast data.
Total Number of White Papers: (8)