Reservoir pressure sensing distinguishes pumping and inflow strokes in a liquid pump, enabling earlier fault detection and maintenance.
Pressure sensing in the reservoir distinguishes pumping and inflow strokes, enabling earlier abnormality detection in liquid pumps.
Individual blade pitch uses tower-rotor difference frequencies to damp tower oscillation while reducing pitch wear and energy use.
Shaped individual blade pitch signals damp wind turbine tower oscillation while reducing sum-frequency pitching, energy use, and bearing wear.
Automatic blade pitch adjustment enters anti-vortex mode within a set window to suppress vibration and limit fatigue loads.
Active flow control devices respond to sensor feedback to suppress blade oscillations without passive power capture losses, extending component lifespan.
Converter control modulates generator torque to dampen side-side tower oscillations using measured acceleration data.
A wind turbine control unit manages power output by adjusting rotational speed and torque setpoints.