东南大学智能电网英文展示ppt课件

Name Major ElectricalEngineeringStudentNumber 1 CONTENTS 02 03 04 DevicePrinciple CalculationModel Results 2 01 Backgrounds 3 Backgrounds ResearchBackgrounds ResearchProblem ResearchMethods ResearchPurpose 4 02 DevicePrinciple 5 FACTS AflexibleACtransmissionsystem Adjustingthreemainelectricalparametersinfluencingpowersystem voltage impedanceandpowerangle TCSC ThyristorControlledSeriesCompensation TCPS ThyristorControlledPhaseShifter UPFC UnitedPowerFlowController HVDC HighVoltageDirectCurrentTransmission SVC StaticVarCompensator Functions Varieties 6 UPFC Unifiedpowerflowcontroller Parallelcompensation seriescompensation phaseshiftingorcomprehensiveregulation Functions Nanjing220kVXihuanUPFCproject 7 UPFC UPFCinfluenceonlightningovervoltage UPFCinfluenceoncircuitharmonic UPFCinfluenceonvoltagedrop 8 UPFC 1 voltageregulation 3 seriescompensation 2 Phaseshifting 4 comprehensiveregulation EquivalentCircuit 9 UPFC Injectedpowermodel EquivalentCircuit 10 03 CalculationModel 11 CalculationModel ObjectiveFunction 1 Minimumactivepowerloss 2 Maximumstaticvoltagestability TomeasuretheconvergentpowerflowofJacobianmatrixminimumeigenvalue 12 CalculationModel ConstraintCondition SolvingMethods QuadraticProgramming InteriorPointMethod GeneticAlgorithm ParticleSwarmAlgorithm etc 13 04 Results 14 Results ExampleAnalysis IEEE 30bussystem Theeconomicstatusandthevoltagequalityofthesystemarech