Wind Motor Control TRIZ Cases
- Wind Turbine Operating Schedules for Coordinated Grid Feed-In
A control center merges multi-user turbine requests into a local operating schedule, preserving coordinated feed-in during link failures.
- Wind Turbine Rotor Plane Monitoring Using Single-Receiver GNSS
A single GNSS receiver and multiple antenna nodes track rotor plane orientation accurately while avoiding blade electronics and lowering cost.
- Airfoil Bypass Channel Design for Trailing Edge Noise Reduction
Leading-edge bypass channels redirect high-pressure air toward the trailing edge, reducing vortex shedding and airfoil noise with minimal lift loss.
- Wind Turbine Gyroscope Control for Second-Mode Tower Vibration
Gyroscope feedback adjusts rotor speed, generator torque, and blade pitch to reduce second-natural-frequency tower vibrations and excessive loads.
- Wind Turbine Yaw System With Multi-Level Brake And Motor Control
Selective brake subsets provide different torque levels, while yaw drives counter nacelle rotation during parked conditions.
- Wind Farm Turbine Switching by Minimum Power Limits
Assigning minimum power limits to each turbine helps avoid unnecessary shutdowns and restarts while meeting wind farm setpoints.
- Wind Turbine Fieldbus Device Verification Using Sequenced Paths
A program element verifies wind-turbine fieldbus connections through sequenced network paths, reducing configuration-specific software.
- Wind Turbine Control Using AM Noise Prediction
Machine learning predicts AM noise from turbine operating data, enabling power, speed, and blade-pitch adjustments for noise regulation compliance.