Rotational Speed Control TRIZ Cases
- Wind Turbine Rotor Azimuth Control via Pitch Speed Transition
A wind turbine controller adjusts blade pitch to manage rotor rotation speed during azimuth positioning.
- Wind Turbine Pitch Control for Rapid Load Reduction
A wind turbine control device adjusts rotor blade pitch angles to manage generator torque and maintain target speeds during operation.
- Wind Turbine Control Method for Overspeed Prevention
A wind turbine control method uses turbulence intensity signals to adjust power generation parameters.
- Wind Turbine Rotor Speed Control via Generator Torque
A rotor speed control method adjusts generator torque to regulate rotational velocity while alternating blade pitch angles.
- Wind Turbine Rotor Speed Control via Acceleration Feedback
A wind turbine control system adjusts rotor speed using real-time acceleration measurements to manage mechanical loads during high wind conditions.
- Hydraulic Machine Speed Stabilization via Electric Torque Mediator
An electric torque mediator counterbalances unstable hydraulic torque in S-zones, allowing grid coupling without redesigning costly mechanical parts.
- Hydraulic Machine Speed Stabilization via Adaptive PID Control
A control loop feedback system stabilizes hydraulic machine rotation speed by adjusting guide vane orientation through dynamic parameter calculation.
- Turbine With Inclined Blades And Tapered Hub
A turbine with inclined blades and a tapered hub regulates rotor speed via variable electrical machine control.
- Wind Turbine Control System Segmentation for Reliability
Segmenting a wind turbine control system isolates critical operations from data management tasks, lowering device complexity while maintaining fault tolerance.