流域梯级集控中心自动化系统智能化建设总体规划设计-王德宽

353Vol.35No.320126Mechanical&ElectricalTechniqueofHydropowerStationJun.2012100038。TV736B1672-5387201203-0001-042011-07-15(1960-、。1、、、、、“”(。、、。、、、、、、、、、、、、。、。、、。2、、。12、、、、34、5。33.1、1。、。、、。《》III。、。、、、、、、、。、、、。IIIIIIIV。、、。、。、、、、、、、。3.2、、。、、。/。。。1SDHMSTP21E1G.7031N×2Mb/s364kb/s～2Mb/s。。113.3、。。2。、。IEC61850IEC61850。35223.4、、、、、、“、”。、、、、、、。、、、。、、、。、。、。。。。。、、、、、、、、。、、、、。44.1。。。4.2、、、、、、、、。4.3、。。、、。,33、、、、、、。4.4、/。。、、、。/。、、、、、。、。。、、。。、、、。4.5IEC61850、、、、、。、、、。4.6、。、、、、、、。4.7、、、、、、。5、、。··H9000V4.0201252315∶002772h。32。、14126777.8MVA840MVA。20076820081029。2011562012522。H9000V4.0。H9000V4.0。20081029。6100000、。H9000V4.0。2012-05-23!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!354(Vol.35.No.3)Mechanical&ElectricalTechniqueofHydropowerStation111ABSTRACTSOveralldesignofautomaticsystemintellectualizedconstructionfordrainageareacascadecontrolcenterWANGDe-kuan,ZHANGYi,YUJiang-cheng,ZHANGJian-ming,SUNJian-hui,YUQian(BeijingIWHRTechnologyCo.,Ltd,Beijing100038,China)Abstract:Accordingtointellectualizedtechnologytrendintheworld,thepaperprogrammedthegoalofintellectualizedconstructionandoverallstructureofsystemfordrainageareastephydropowerstations,atthesametime,basedonrequirementsofdrainageareaintellectualizedconstruction,advancedsomecontentsforintellectualizedconstruction.Keywords:drainageareacentralizedcontrol;intellectualized;automaticsystem;overalldesignStudyonstructureofmonitoringsystemforintelligenthydropowerstationsLIUXiao-bo,ZHANGYi(ChinaInstituteofWaterResourcesandHydropowerResearch,Beijing100038,China)Abstract:basedonstudyofsmartsubstationstructure，consideringthedevelopmentanddemandsofcomputermonitoringsysteminhydropowerstation,thestructureofmonitoringsysteminintelligenthydropowerstationwasresearched.Keywords:hydropowerstation;smartgrid;monitoringsystem;structure;study;IEC61850ResearchonapplicationandoptimizationofmalfunctionalertforcomputermonitoringsystemincascadedcontrolcenterofLancangRiverXUGuan-jun(CascadeControlCenterofHuanengHydrolancang,Kunming650214,China)Abstract:ThepapersummarizedthebasicsituationofcomputermonitoringsystemmalfunctionalertinformationinCascadeControlCenterofHydrolancang,introducedoptimizationmeasuresadoptedformalfunctionalertandpointedoutproblemstobesolved.Itissignificantforimprovingthetechnologyandmanagementlevelofcontrolcenterandenhancingthesafetyandstabilityofcentralizedcontrolpowerplants.Keywords:controlcenter;computermonitoringsystem;malfunctionalertinformation;optimizationPlanninganddevelopmentofconditionmonitoringsubsysteminremotecentralizedcontrolsystemforcascadehydropowerstationsWANYuan1,2,WEIZhi-peng1(1.WulingPowerCorporation，Changsha410004,China;2.ChinaInstituteofWaterResourcesandHydropowerResearch,Beijing100038,china)Abstract:Basedonmassdataofremotecentralizedcontrolsystemincascadehydropowerplant,thepaperputsforwardideastorealizeremoteconditionmonitoringandfaultdiagnosisforhydropowerplant,definesmainfunctionsofequipmentremoteconditionmonitoringinhydropowerplant,establishestheconditionmonitoringsubsystem,designsthehardwareplatformandsoftwareplatform.Nowadays,thissubsystemisworkinginWulingPowerCorporation,ithasdiagnosedfaultforpowerplantsuccessfully.Theresultissatisfactory.Keywords:cascadehydroelectricplant;remotecentralizedcontrol;conditionmonitoring;faultdiagnosisDevelopmentandapplicationofH9000-ONCALLinPubugouPowerStationCHENXiao-song1,WENZheng-guo1,PENGFang2,YUJing1,ZHANGYu-ping1(1.BeijingIWHRTechnologyCo.,Ltd，Beijing100038,China2.PubugouHydropowerPlant,Ya’an625000,China)Abstract:Introducingtheoverallstructure,softwareprincipleandsystemfunctionofONCALL(V4.0)system,thesystemexpansionofH9000computermonitoringsystem.ItbrieflypresentsapplicationofthissysteminPubugouHydropowerPlant.Keywords:H9000;ONCALL;PubugouHydropowerPlant