电力科技与环保
電力科技與環保
전력과기여배보
ELECTRIC POWER ENVIRONMENTAL PROTECTION
2014年
5期
57-58
,共2页
成海南%陈宝林%陈彦桥%陈勇
成海南%陳寶林%陳彥橋%陳勇
성해남%진보림%진언교%진용
RB%超临界机组%控制策略
RB%超臨界機組%控製策略
RB%초림계궤조%공제책략
RB%supercritical unit%control strategy
RB 试验是机组协调控制中的难点，针对1台已完成送风、引风和给水泵 RB 试验的670 MW 机组，分析超临界机组 RB 试验几个关键点的控制方法，为完善机组 RB 控制策略和提高机组 RB 成功率提供参考。
RB 試驗是機組協調控製中的難點，針對1檯已完成送風、引風和給水泵 RB 試驗的670 MW 機組，分析超臨界機組 RB 試驗幾箇關鍵點的控製方法，為完善機組 RB 控製策略和提高機組 RB 成功率提供參攷。
RB 시험시궤조협조공제중적난점，침대1태이완성송풍、인풍화급수빙 RB 시험적670 MW 궤조，분석초림계궤조 RB 시험궤개관건점적공제방법，위완선궤조 RB 공제책략화제고궤조 RB 성공솔제공삼고。
The RunBack test is always difficult in the unit coordinated control. According to a 670 MW unit with completed forced draft fan RB,induced draft fan RB and feed water pump RB test,several key points of super-critical units RB test control methods were analysed and summarized to improve the control strategy of units RB and the success rate,it has a strong practical significance.
