Services from DNV Wind Remote sensing Wind Remote sensing Energy The service is founded on DNV's advanced in-house CFD model that considers the key controlling physics determining flow patterns across wind farm sites. Services Energy Service Remote sensing in complex terrain Complex terrain conversion factors for Remote Sensing devices: An advanced CFD based approach which facilitates the increased use of Remote Sensing devices in non-simple flow conditions View Energy Service Remote sensing verification Ground-based vertical profiling, nacelle, floating and scanning lidar verification View Energy Service Wind measurement campaigns with lidar Leveraging lidars in wind turbine measurement campaigns View Energy Service Wind measurements with LiDAR Innovative technology that complements and extends traditional measurement approaches View Energy Service WRF-CFD for wind farms Reduce investment risks, position turbines for maximum output, and gain insights into turbine interactions that impact production and lifespan with DNV's flow modelling capabilities. View Contact us Luke J Simmons Principal Consultant Contact me
Energy Service Remote sensing in complex terrain Complex terrain conversion factors for Remote Sensing devices: An advanced CFD based approach which facilitates the increased use of Remote Sensing devices in non-simple flow conditions View
Energy Service Remote sensing verification Ground-based vertical profiling, nacelle, floating and scanning lidar verification View
Energy Service Wind measurement campaigns with lidar Leveraging lidars in wind turbine measurement campaigns View
Energy Service Wind measurements with LiDAR Innovative technology that complements and extends traditional measurement approaches View
Energy Service WRF-CFD for wind farms Reduce investment risks, position turbines for maximum output, and gain insights into turbine interactions that impact production and lifespan with DNV's flow modelling capabilities. View
