Synchronous Generator Control TRIZ Cases
- Rectifier Bridge Closed-Loop Excitation for Stable Generator Voltage
Closed-loop rectifier bridge excitation uses PID angle control and full conduction backup to raise generator voltage quickly with low overshoot.
- Converter Terminal Voltage Control to Minimize Generator Current
Dynamic terminal voltage control uses DC bus limits and current minimization to prevent overmodulation and improve transmission efficiency.
- Saturable Reactor GCU Architecture With Dual PMG Power Decoupling
Separate PMGs feed the saturable reactor and rectifier to stabilize generator control while reducing core losses and cooling needs.
- Converter Generator-Side Voltage Control for DC Utilization
Dynamic generator-side terminal voltage control minimizes output current, preventing overmodulation and improving DC bus utilization.