Generator Circuit Arrangements Control TRIZ Cases
- Multi-Winding Generator Observer Synchronization for Rotor Position Control
A master rotor-position observer synchronizes slave winding sets to cut transient torque and control complexity in synchronous generators.
- Rotor Position Sensing With Odd-Harmonic Signal Compensation
Dynamic demodulation and low-pass filtering remove odd-order Hall-sensor harmonics to improve rotor angle accuracy without static calibration.
- Rotor Electrical Angle Sensing for Low-Speed Torque Control
A stator-mounted encoder wheel and electrical angle observer improve low-speed rotor angle accuracy for reliable torque control in wind generators.
- Rotor Electrical Angle Assembly for Low-Speed Torque Control
Combining a stator-mounted encoder with an electrical angle observer improves low-speed rotor angle feedback for precise wind turbine torque control.
- Rotor Position Estimation with Harmonic Correction in Multi-Winding Motors
Harmonic correction across phase-shifted winding sets improves rotor position and speed estimation accuracy without filter delay.
- Gate Driver Circuit Priming for Switched Reluctance Generators
Using the gate driver to supply startup priming current lets an SR generator converter initiate magnetic flux without a separate priming circuit.
- PLL Power Angle Feedforward for Faster Wind Turbine Power Response
A feedforward power angle lets the PLL anticipate grid conditions and cut wind turbine power-command delay in weak grids.
- Wind Turbine Generator Control for Torque Ripple and Noise Reduction
Field-oriented active rectifier control modulates q-axis stator current to cut torque ripple, oscillations, and wind turbine noise.
- Wind Turbine Generator Parameter Identification During No-Load Start-Up
Controlled no-load start-up and shutdown measure generator parameters, reducing setup errors and software maintenance complexity.