Revolution bei der Offshore-Windmessmöglichkeiten mit dem WINDCUBE® Lidar Forschungs-Mitteilungen Offshore Produkte Techniken-Windkraft Windenergie Windparks 24. Oktober 2016 Werbung MassCEC funds installation of WINDCUBE® Lidar (WK-intern) - Revolutionizing Offshore Wind Measurement Capabilities in Massachusetts High-fidelity, hub-height wind measurement has arrived off the south coast of Massachusetts thanks to a newly installed WINDCUBE® Vertical Profiling Lidar. Woods Hole Oceanographic Institution (WHOI), working with AWS Truepower of Albany, New York, has installed the WINDCUBE at WHOI’s Martha’s Vineyard Coastal Observatory (MVCO), located two miles south of Martha’s Vineyard in the Outer Continental Shelf. Funding for the installation was provided by the Massachusetts Clean Energy Center (MassCEC) as part of its Metocean Initiative, designed to advance the planning and permitting of offshore wind energy in
Mainstream and DNV GL validate floating offshore wind measurement device as part of Carbon Trust OWA programme Offshore Techniken-Windkraft Windenergie Windparks Wirtschaft 24. September 2014 Werbung On behalf of Mainstream Renewable Power, DNV GL (formerly GL Garrad Hassan & DNV KEMA) has successfully completed an independent validation assessment of the FLiDAR offshore wind measurement device. (WK-intern) - Based on the results, FLiDAR’s floating LIDAR (Light Detection and Ranging) device has now formally reached Stage 2 on the Carbon Trust Offshore Wind Accelerator Roadmap for commercial acceptance. Floating LiDAR technology uses buoy-mounted laser-anemometry to measure wind speeds, helping to determine the economic and technical feasibility of an offshore wind development. It offers an alternative to conventional meteorological masts which can be expensive and difficult to install offshore. The 3 month
