HomeEnergy & ThermodynamicsWind Turbine Yaw Control

Wind Turbine Yaw Control

Interactive 3D wind turbine yaw simulator: watch the nacelle track a shifting wind direction, see the cos^p yaw-misalignment power loss law, and tune the active yaw drive's deadband and turn rate.

Energy & Thermodynamics3DModerate60 FPS📱 Mobile-adapted⇄ 2D version
wind-energy ↗ Open standalone

A wind turbine only captures full power when its rotor faces the wind squarely. This simulator models the active yaw drive that keeps a turbine nacelle tracking a shifting wind direction: a deadband stops the drive from chasing every small gust, a rate limit caps how fast the nacelle can physically turn, and the resulting yaw misalignment angle γ feeds the empirical cos^p(γ) power-loss law used across the wind industry. Watch the 3D turbine yaw itself into alignment, switch to manual control to hold a fixed heading and watch power collapse as the wind wanders, and tune the loss exponent to compare turbine designs.

⚙ Under the hood

Watch a wind turbine's active yaw drive track a shifting wind direction, with the nacelle correcting only past a deadband and turning at a limited rate, while a cos^p(γ) power-loss curve shows how much energy a misaligned rotor gives up.

wind energyyaw controlturbinerenewable energypower curvecontrol systems

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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