CAJ | 학술논문

#为了提高机组的调峰、调频性能及运行经济性，开发了新的协调控制系统，介绍了利用凝结水节流参与负荷调节、锅炉智能超调、汽机调门阀限自动调节等技术，实现汽机高压调门全开下的机跟炉的协调控制方式（CTF）以及新的一次调频功能。投用新型协调控制后，经过现场一次调频模拟试验得出，得出了新的一次调频能够满足上海电网对火电机组一次调频的性能要求的结论。
#위료제고궤조적조봉、조빈성능급운행경제성，개발료신적협조공제계통，개소료이용응결수절류삼여부하조절、과로지능초조、기궤조문벌한자동조절등기술，실현기궤고압조문전개하적궤근로적협조공제방식（CTF）이급신적일차조빈공능。투용신형협조공제후，경과현장일차조빈모의시험득출，득출료신적일차조빈능구만족상해전망대화전궤조일차조빈적성능요구적결론。
In order to improve unit’s peak adjustment, frequency modulation and economic performance, new type coordinated control system has been developed. The article introduces using condense water throttling in load adjustment, boiler intelligent override, steam turbine limit governing value automatic adjustment, which realizes coordinates Turbine Follow (CTF) and brand new primary frequency modulation under the condition of steam turbine high-pressure governing value adjustment to full open mode. When the new type coordinated control system is put into use and test result is verified by primary frequency modulation simulation, it comes to conclusion that new primary frequency modulation can meet Shanghai power grid structure thermal power unit primary frequency modulation performance requirement.