WindCube Scan for Maritime Long-range, 3D wind data for efficient, safe port operations. OVERVIEW OVERVIEW Image With modern, laser-based weather sensors, 3D spatial wind data providing detailed situational awareness can be captured in every corner of the port. WindCube® Scan is the industry’s tool of choice for providing precise, spatial wind data at ranges up to more than 10km. It can create a virtual dome around the port area (the equivalent of thousands of anemometers), allowing users to measure, understand, and act on current — and ever-changing — conditions to maximize safety, efficiency, and operational continuity. DOWNLOAD BROCHURE RIGHT DATA, RIGHT TIME RIGHT DATA, RIGHT TIME Image WindCube Scan provides full 3D scanning with ranges up to 3km, 6km, or 10km (depending on model), as well as several scanning patterns for the wind observations. Ports can depend on outstanding uptime, data availability, and comprehensive insights that exceed what traditional wind sensors can provide. DOWNLOAD BROCHURE INSIGHTS & REPORTING INSIGHTS & REPORTING Image Get rich campaign insights through your choice of data management tools. WindCube Scan offers flexible data management through API requests, communication with an FTP server, or a user-friendly and robust graphical user interface. DOWNLOAD BROCHURE A PRACTICAL SOLUTION A PRACTICAL SOLUTION Image WindCube Scan units are unobtrusive, and their rugged, industrial designs can withstand even the harshest marine environments. They are among the most flexible and accurate wind measurement technologies anywhere, and are used in the toughest conditions for offshore measurements. DOWNLOAD BROCHURE LEADING THE INDUSTRY LEADING THE INDUSTRY Image WindCube Scan is supported by Vaisala’s decades of experience, scientific leadership, and industry standard support services — all of which enable customers to get the most from their equipment over long service lives. DOWNLOAD BROCHURE The Answers You Need Vaisala is ready to discuss your maritime needs and help you build an ideal lidar solution or integration. Let’s talk. Contact us Resources PRODUCT SPOTLIGHT WindCube Scan for Maritime Operations Discover how the WindCube Scan can optimize port operations and safety decisions. DOWNLOAD PDF VIDEO Boundary layer profiling Learn how wind lidar fills this missing gap in local weather forecasting. WATCH VIDEO BLOG The Ever Given and Suez Canal Read how ultra-large container vessels can avoiding a similar crisis with more accurate weather observation data. READ MORE ARTICLE Shelters from the storm As published in MTI, read how wind lidar is keeping seaports safe and operational. LEARN MORE PRODUCT WindCube Offshore for Maritime WindCube® Offshore gives offshore companies accurate, reliable vertical profiling wind data aboard vessels so they can maintain safe and efficient operations. LEARN MORE Industry Applications WindCube Scan General Information Discover why WindCube Scan is the wind lidar of choice for onshore and offshore wind measurement and full, 3D spatial awareness. LEARN MORE Aviation Applications WindCube Scan’s incredible accuracy, flexibility, and integration have made aviation safer from windshear and other factors. LEARN MORE Meteorology Applications Meteorology proves how a multi-use, valuable tool like WindCube Scan can serve science, improve agency performance, and protect lives. LEARN MORE Wind Energy Applications Renewables are what made WindCube Scan known across the world — and the innovating continues. LEARN MORE Urban & Industrial Systems Applications No other scanning lidar is as trusted for emerging and established urban and industrial projects. LEARN MORE Success Stories Meeting the wind head on: Using the WindCube Scan to help minimize wind impact on port operations Wind is, by far, the number one weather-related challenge affecting port operations and vessels at seaports. Learn how MARIN improved wind monitoring and modeling accuracy in a joint research project to help facilitate overall safer port operations. DOWNLOAD PDF Ports in a storm: Safer and stronger Seaports are vulnerable by nature, and often made worse by their locations in urban areas. See how a promising, multinational wind and weather analysis project with the University of Genoa is now underway to help ports be better prepared for storms — especially sudden winds. DOWNLOAD PDF
