AI Wind Farm Control System WindSync Deep Dive: Boosting Wind Power Efficiency by 15%
Vestas releases AI wind farm control system WindSync, coordinating hundreds of wind turbines' yaw and pitch angles in real-time to reduce wake interference, boosting overall wind farm efficiency by 15%.
On December 17, 2029, Danish wind turbine manufacturer Vestas released the AI wind farm control system WindSync. Traditional wind farm control operates each turbine independently, while WindSync treats the entire farm as a coordinated system, using AI to coordinate operational parameters across hundreds of turbines in real-time.
WindSync's core technology is "wake optimization." When wind passes through a turbine, it creates turbulent wake that reduces downstream turbine efficiency. WindSync adjusts each turbine's yaw angle and pitch angle to redirect wake flows around downstream turbines.
During a 6-month trial at Denmark's Horns Rev 3 wind farm, WindSync boosted overall farm efficiency by 15%, equivalent to approximately 180GWh of additional clean electricity annually — enough for 50,000 households. Vestas's CTO said WindSync requires no hardware modifications to existing turbines — pure software upgrade deployment.
WindSync can also predict wind conditions 72 hours ahead based on weather forecasts, proactively optimizing farm operations.
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