Generator Control By Field Variation TRIZ Cases
- WFSM Power Factor Control for Faster Transient Load Response
Dynamic power factor adjustment stabilizes field winding current and speeds WFSM response to large step load changes.
- PWM Exciter Field Control Using IGBT Modules for Hydrogenerators
High-frequency IGBT PWM control keeps exciter magnetic fields stable, cutting hydro generator power waste, ripple, and audible noise.
- ISVF Generator Excitation Control for Stable Output Voltage
Frequency-based excitation control and PID feedback keep ISVF generator voltage and frequency stable across shaft speed and load changes.
- Generator Power Conditioning for Inrush and Power Factor Control
Integrated power conditioning manages inductive-load inrush, corrects power factor, and stabilizes generator voltage and frequency.
- Generator Excitation Control Using Adaptive Inter-Terminal Voltage Sensing
Adaptive terminal sensing identifies loaded generator outputs and uses inter-terminal voltages to suppress fluctuation under uneven loads.
- Generator Ripple Blending for Transient-Resilient Voltage Control
Blending positive and negative rectified ripple signals keeps generator PWM regulation stable during transients and simplifies fault protection.
- Vehicle AC Generator Magnetic-Field Current Control
A magnetic-field current control system manages vehicle AC generator rotation torque through direct command value regulation.