OPTIMIZATION OF COORDINATED CONTROL STRTEGY FOR 660 MW UNITS
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OPTIMIZATION OF COORDINATED CONTROL STRTEGY FOR 660 MW UNITS
Thermal Power GenerationVol. 40, Issue 9, Pages: 80-82(2011)
作者机构:
大唐马鞍山当涂发电有限公司
作者简介:
基金信息:
DOI:
CLC:TK323
Published:2011
稿件说明:
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WEI Pingbao, WANG Shun, ZHANG Wei, et al. OPTIMIZATION OF COORDINATED CONTROL STRTEGY FOR 660 MW UNITS[J]. Thermal power generation, 2011, 40(9): 80-82.
DOI:
WEI Pingbao, WANG Shun, ZHANG Wei, et al. OPTIMIZATION OF COORDINATED CONTROL STRTEGY FOR 660 MW UNITS[J]. Thermal power generation, 2011, 40(9): 80-82.DOI:
OPTIMIZATION OF COORDINATED CONTROL STRTEGY FOR 660 MW UNITS
Directing against the problems existing in control system of supercritical 2×660 MW units in the first-phase project of Datang Ma'anshan Dangtu Power Generation Co Ltd
such as large fluetuation of the main steam pressure
bad suitability to the frequent change of coal quality
and show response to the load etc.
the load command and the pressure set value in the coordinated control system of units
the master control of boiler
the master control of steam turbine
and the control eircuits of primary frequency modulation
feed-water
and fuel etc have been optimizaed.Results of test show that the load deviation in stable state of units after optimization of the control system has reduced
the fluctuation of main steam pressure is smaller in the process of load change
the deviation between main steam pressure and the set value is smaller under stable load
CONTROL OPTIMIZATION OF MAIN AUTOMATIC REGULATING SYSTEMS FOR HOME-MADE SUPERCRITICAL 600 MW UNIT
OPTIMIZATION OF ANALOG CONTROL SYSTEM FOR ULTRA-SUPERITICAL 660 MW UNIT IN HUADIAN WUHU POWER PLANT
ANALYSIS AND TEST OF PARAMETERS' OPTIMIZATION FOR SLIDING PRESSURE OPERATION OF SUPERCRITICAL 600 MW UNIT
DESIGN OF CONTROL LOGIC FOR PUTTING TWO STEAM-DRIVEN FEED-WATER PUMPS OF SUPERCRITICAL 660 MW UNIT INTO PARALLEL OPERATION OR STOPPING ONE FROM SERVICE
Optimization on coordinated control system of supercritical unit in Huaneng Shanghai Shidongkou Second Power Plant
Related Author
ZHU Xiao-xing
XUN Xin
WANG Bai-chun
LIU Wu-lin
LI Jing-baiHunan Provincial Electric Power Testing & Research Institute
ZHAO Zhidan1
DUAN Yuanguang2
LIANG Chao1
Related Institution
Hunan Electric Power Test and Research Institute
Xi'an Thermal Power Research Institute Co., Ltd
Huadian Wuhu Power Generation Co., Ltd
Henan Electric Power Test and Research Institute
Department of Power Engineering, Shanxi Electric Power Vocational College