New power frequency modulation coordinated mode turbine main control instruction control system and method
By introducing a turbine main control command control system with multi-source input commands, the problem of poor turbine-boiler coordination in traditional control schemes has been solved, enabling rapid frequency regulation and stable thermodynamic parameters of the unit, and improving the overall frequency regulation performance of thermal power units.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- XIAN THERMAL POWER RES INST CO LTD
- Filing Date
- 2026-05-15
- Publication Date
- 2026-07-17
AI Technical Summary
Traditional control schemes have failed to effectively coordinate the frequency regulation needs of thermal power units, resulting in poor boiler-turbine coordination, large fluctuations in thermal parameters, frequent fuel adjustments, and low frequency regulation qualification rates. They are ill-suited to the comprehensive frequency regulation needs of new power systems, which are characterized by high frequency, rapid changes, and wide load ranges.
The turbine main control command control system adopts a new power frequency regulation coordination method. By introducing multi-source input commands, it uses the main steam pressure setpoint as the control anchor point for unit energy supply and demand balance. Combining the measured values and the unit target load benchmark without primary frequency regulation, it uses intelligent turbine flow commands to achieve the unification of multi-dimensional control objectives, generate control commands that directly drive the turbine regulating valve switch, and optimize the boiler-turbine system.
While ensuring the unit's rapid frequency regulation performance, it stabilizes the unit's main steam pressure parameters, avoids interference between the turbine and boiler regulation, improves the overall operational safety and comprehensive frequency regulation performance of the unit, and achieves coordinated energy constraints between the turbine and boiler.
Smart Images
Figure CN122407304A_ABST