A powerful feedforward turbine control integration for turbine manufacturers to adopt Lidar-Assisted Control at scale.
WindCube® Nacelle for feedforward turbine control enables turbine manufacturers and integrators to rapidly adopt and market Lidar-Assisted Control (LAC) — creating numerous benefits for themselves and their end users.
Customize existing wind turbines to further reduce the levelized cost of energy (LCOE) or design larger wind turbines to increase Annual Energy Production, saving CAPEX by designing lighter wind turbines, and OPEX by increasing the lifetime of components and reducing O&M costs.
By fully characterizing the incoming wind field, the system enables proactive control optimizations for changing conditions. This can result in significantly extended wind turbine design limits, reduced loads, improved safety and resilience to extreme events, as well as increased energy capture.
Learn how it works and how it affordably and accurately enables PPT so operators can maximize power output and profit.
Discover why WindCube Nacelle is best for feedforward turbine control.
Nacelle-mounted lidar and analytics software for long-range Power Performance Testing.
Leveraging nacelle-mounted lidar for Power Performance Testing.
Understand the benefits of nacelle-mounted lidar for PPT vs. met masts.
Advances in bankability, data quality, and flexibility.
How Centrale Nantes uses WindCube® Scan lidar to research and optimize floating wind turbines offshore.
A global wind and solar developer uses WindCube lidars to explore new territory and improve financial outcomes.
A Dutch wind farm developer achieves better financing with WindCube lidar assessment.
A wind farm owner identifies and fixes performance degradation with WindCube nacelle-mounted lidar.