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Renewable Applications
In-Air Monopile installation
Monitor monopile installation without attaching sensors to the pile Installing offshore wind monopiles requires precise, real-time monitoring of inclination and position.
Subsea Monopile Installation Monitoring
Precise installation without manually fitting sensor brackets Monopile verticality affects the structural integrity and longevity of offshore wind turbines.
Transmission Line/Structure/As-Built Inspection
A complete view with the detail needed for inspection Assessing subsea infrastructure requires both an overall view of the asset and detailed information about its condition.
Floating Mast Installation Support
Mast alignment and verticality independent of vessel motion Installing wind turbine generator (WTG) masts from or onto floating structures requires motion-compensated sensors to maintain alignment and verticality. Zupt’s VertiCAM is a contactless camera-inertial solution that streamlines the installation of floating WTG foundations and turbine masts.
Complex Sensor Integration and Subsea Template Monitoring
Bringing offshore sensors together into one system Large-scale subsea templates require coordinated sensors, reliable communications, and software built for the installation.
Renewable Products
VertiCAM
Monitor verticality without stopping installation Zupt’s VertiCAM provides real-time pitch, roll, and heading data during installation, allowing teams to assess and adjust structure orientation without pausing hammering or attaching sensors to the monopile. VertiCAM is an in-air, contactless system that combines LiDAR, cameras, and inertial sensors to monitor tubular structures, including monopiles, piles, conductors, and wind turbine foundations. How VertiCAM Works Vessel Installation and Sensor Setup: VertiCAM uses two active sensor stations, or “nodes,” mounted on the vessel at different viewing locations to provide dual redundancy.
HaloCAM
Position and attitude monitoring during subsea installation Attaching expensive sensors directly to piles, conductors, and other subsea structures adds cost and risk to installation work.
3D Recon V2
Detailed subsea models for inspection and measurement Assessing subsea assets requires detailed information about their condition and geometry.
Zupt Mux
Subsea connectivity where space, speed, and reliability matter The Zupt Mux provides reliable subsea data transfer in a compact, lightweight package.
Integrated Robotic Total Station - iRTS
Track monopile penetration and final elevation during installation As a monopile approaches its final elevation, cranes, slings, spreader bars, and other deck equipment can restrict GNSS visibility.
Gyro Box
Real-time attitude data for transition piece leveling Leveling transition pieces (TPs) for offshore wind turbines requires precise heading, pitch, and roll measurements.