Robust Proactive Control of Wind Turbines with Reduced Blade Pitch Actuation
Paper i proceeding, 2013
A new simultaneous speed and pitch control of wind turbines with the preview
measurements and look-ahead calculations is considered. The desired piecewise constant pitch
angle profile which is calculated using turbine load prediction, allows the reduction of pitch
actuation that in turn, increases the lifetime of actuator. The robust collective pitch control
architecture with the maximum possible actuation rate is proposed.
Moreover, a new postprocessing technique that provides the high quality estimate of the turbine
inertia moment is also described. The results are confirmed by simulation with a wind speed
record from the Hönö turbine located outside Gothenburg, Sweden.
Robust proactive control
Estimation of the inertia moment
Reduced pitch actuation
Wind turbine icing