Next-Generation Wind Turbine Aerodynamics
Interactive 3D simulation of a modern variable-speed wind turbine: blade-element aerodynamics, tip-speed ratio, pitch control and the resulting power curve from cut-in to cut-out wind speed.
Modern multi-megawatt wind turbines squeeze more energy from the wind than earlier designs by actively controlling two things: how fast the rotor spins relative to the wind (tip-speed ratio) and how the blades are pitched. This simulation models a variable-speed, variable-pitch turbine using the standard Cp(λ,β) aerodynamic power-coefficient curve. Sweep the wind speed slider to trace out a realistic power curve — from cut-in, through the maximum-power-tracking region, past the rated-power knee, into the pitch-regulated plateau, and up to cut-out — or disable auto-pitch to see what happens without that control.
Interactive 3D simulation of a modern variable-speed, variable-pitch wind turbine using the standard Cp(λ,β) power-coefficient model: adjust wind speed and blade pitch to trace out a realistic power curve from cut-in through the rated-power knee to the pitch-regulated plateau.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install