现代电力系统分析（第3版）

图书标准信息

• 作者 科萨里（Kothari.DP）、纳格拉斯（Nagrath.IJ） 著
• 出版社 清华大学出版社
• 出版时间 2009-12
• 版次 3
• ISBN 9787302215745
• 定价 78.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 694页
• 正文语种 英语

【内容简介】

　　《现代电力系统分析（第3版）》中包含了大量的例题，它们除了说明具体的计算方法和过程以外，还可以让读者顺便了解很多实际知识（例如元件及系统的结构和参数等）。有的则通过例题介绍其他方面的内容和知识（例如，在例2.4中引入通信干扰和谐波等知识），从而扩大了《现代电力系统分析（第3版）》所包含的信息量。另外，书中还给出了大量的习题并附有相应的答案，以便读者进一步巩固和深化有关的理论和分析方法。特别地，这些例题和习题有助于读者进行自学。

【作者简介】

　　DPKothari，isProfessor，CentreforEnergyStudies，IndianInstituteofTechnology，Delhi.HehasbeenHeadoftheCentreforEnergyStudies（1995-97）andPrincipal（1997-98）VisvesvarayaRegionalEngineeringCollege，Nagpur.HehasbeenDirector-incharge，liTDelhi（2005），DeputyDirector（Admn.）（2003-2006）.Earlier（1982-83and1989），hewasavisitingfellowatRMIT，Melbourne，Australia.HeobtainedhisBE，MEandPh.DdegreesfromBITS，Pilani.AfellowoftheInstitutionofEngineers（India），fellowofNationalAcademyofEngineering，fellowofNationalAcademyofSciences，SeniorMemberIEEE，MemberIEE，LifeMemberISTE，ProfessorKotharihaspublished/presentedaround500papersinnationalandinternationaljournals/conferences.Hehasauthored/co-authoredmorethan18books，includingPowerSystemOptimization，ModernPowerSystemAnalysis，ElectricMachines，PowerSystemTransients，TheoryandProblemsofElectricMachinesandBasicElectricalEngineering.Hisresearchinterestsincludepowersystemcontrol，optimization，reliabilityandenergyconservation.HehasreceivedtheNationalKhoslaawardforLifetimeAchievementsinEngineeringfor2005fromliTRoorkee.
　　IJNagrathisAdjunctProfessor，BITS，Pilani，andretiredasProfessorofelectricalengineeringandDeputyDirectorofBirlaInstituteofTechnologyandScience，Pilani.HeobtainedhisBEwithHons.inelectricalengineeringfromtheUniversityofRajasthanin1951andMSfromtheUniversityofWisconsinin1956.Hehasco-authoredseveralsuccessfulbookswhichincludeElectricMachines，ModernPowerSystemAnalysisandSystems：ModellingandAnalysis.Hehasalsopublishedseveralresearchpapersinprestigiousnationalandinternationaljournals.

【目录】

PrefacetoThirdEdition
PrefacetoFirstEdition
1.Introduction
1.1APerspective
1.2StructureofPowerSystems
1.3ConventionalSourcesofElectricEnergy
1.4RenewableEnergySources
1.5EnergyStorage
1.6GrowthofPowerSystemsinIndia
1.7EnergyConservation
1.8Deregulation
1.9DistributedandDispersedGeneration
1.10EnvironmentalAspectsofElectricEnergyGeneration
1.11PowerSystemEngineersandPowerSystemStudies3!
1.12UseofComputersandMicroprocessors
1.13ProblemsFacingIndianPowerIndustryanditsChoices
References

2.InductanceandResistanceofTransmissionLines
2.1Introduction
2.2DefinitionofInductance
2.3FluxLinkagesofanIsolatedCurrent-CarryingConductor
2.4InductanceofaSingle-PhaseTwo-WireLine
2.5ConductorTypes
2.6FluxLinkagesofoneConductorinaGroup
2.7InductanceofCompositeConductorLines
2.8InductanceofThree-PhaseLines
2.9Double-CircuitThree-PhaseLines
2.10BundledConductors
2.11Resistance
2.12SkinEffectandProximityEffect
Problems
References

3.CapacitanceofTransmissionLines
3.1Introduction
3.2ElectricFieldofaLongStraightConductor
3.3PotentialDifferencebetweentwoConductorsofaGroupofParallelConductors
3.4CapacitanceofaTwo-WireLine
3.5CapacitanceofaThree-PhaseLinewithEquilateralSpacing
3.6CapacitanceofaThree-PhaseLinewithUnsymmetricalSpacing
3.7EffectofEarthonTransmissionLineCapacitance
3.8MethodofGMD(Modified)
3.9BundledConductors
Problems
References

4.RepresentationofPowerSystemComponents
4.1Introduction
4.2Single-phaseSolutionofBalancedThree-phaseNetworks
4.3One-LineDiagramandImpedanceorReactanceDiagram
4.4PerUnit(PU)System
4.5ComplexPower
4.6SynchronousMachine
4.7RepresentationofLoads
Problems
References

5.CharacteristicsandPerformanceofPowerTransmissionLines
5.1Introduction
5.2ShortTransmissionLine
5.3MediumTransmissionLine
5.4TheLongTransmissionLine——RigorousSolution
5.5InterpretationoftheLongLineEquations
5.6FerrantiEffect
5.7TunedPowerLines
5.8TheEquivalentCircuitofaLongLine
5.9PowerFlowthroughaTransmissionLine
5.10MethodsofVoltageControl
Problems
References

6.LoadFlowStudies
6.1Introduction
6.2NetworkModelFormulation
6.3FormationofYBusbySingularTransformation
6.4LoadFlowProblem
6.5Gauss-SeidelMethod
6.6Newton-Raphson(NR)Method
6.7DecoupledLoadFlowMethods
6.8ComparisonofLoadFlowMethods
6.9ControlofVoltageProfile
Problems
References

7.0ptimalSystemOperation
7.1Introduction
7.2OptimalOperationofGeneratorsonaBusBar
7.3OptimalUnitCommitment(UC)
7.4ReliabilityConsiderations
7.5OptimumGenerationScheduling
7.6OptimalLoadFlowSolution
7.7OptimalSchedulingofHydrothermalSystem
Problems
References

8.AutomaticGenerationandVoltageControl
8.1Introduction
8.2LoadFrequencyControl(SingleAreaCase)
8.3LoadFrequencyControlandEconomicDespatchControl
8.4Two-AreaLoadFrequencyControl
8.5Optimal(Two-Area)LoadFrequencyControl
8.6AutomaticVoltageControl
8.7LoadFrequencyControlwithGenerationRateConstraints(GRCs)
8.8SpeedGovernorDead-BandandItsEffectonAGC
8.9DigitalLFControllers
8.10DecentralizedControl
Problems
References

9.SymmetricalFaultAnalysis
9.1Introduction
9.2TransientonaTransmissionLine
9.3ShortCircuitofaSynchronousMachine(OnNoLoad)
9.4ShortCircuitofaLoadedSynchronousMachine
9.5SeIectionofCircuitBreakers
9.6AlgorithmforShortCircuitStudies
9.7ZBusFormulation
Problems
References

10.SymmetricalComponents
10.1Introduction
10.2SymmetricalComponentTransformation
10.3PhaseShiftinStar-DeltaTransformers
10.4SequenceImpedancesofTransmissionLines
10.5SequenceImpedancesandSequenceNetworkofPowerSystem
10.6SequenceImpedancesandNetworksofSynchronousMachine
10.7SequenceImpedancesofTransmissionLines
10.8SequenceImpedancesandNetworksofTransformers
10.9ConstructionofSequenceNetworksofaPowerSystem
Problems
References

11.UnsymmetricalFaultAnalysis
11.1Introduction
11.2SymmetricalComponentAnalysisofUnsymmetricalFaults
11.3SingleLine-To-Ground(LG)Fault
11.4Line-To-Line(LL)Fault
11.5DoubleLine-To-Ground(LLG)Fault
11.6OpenConductorFaults
11.7BusImpedanceMatrixMethodForAnalysisofUnsymmetricalShuntFaults
Problems
References

12.PowerSystemStability
12.1Introduction
12.2DynamicsofaSynchronousMachine
12.3PowerAngleEquation
12.4NodeEliminationTechnique
12.5SimpleSystems
12.6SteadyStateStability
12.7TransientStability
12.8EqualAreaCriterion
12.9NumericalSolutionofSwingEquation
12.10MultimachineStability
12.11SomeFactorsAffectingTransientStability
Problems
References

13.PowerSystemSecurity
13.1Introduction
13.2SystemStateClassification
13.3SecurityAnalysis
13.4ContingencyAnalysis
13.5SensitivityFactors
13.6PowerSystemVoltageStability
References

14.AnIntroductiontoStateEstimationofPowerSystems
14.1Introduction
14.2LeastSquaresEstimation：TheBasicSolution
14.3StaticStateEstimationofPower
Systems
14.4TrackingStateEstimationofPowerSystems
14.5SomeComputationalConsiderations
14.6ExternalSystemEquivalencing
14.7TreatmentofBadData
14.8NetworkObservabilityandPseudo-Measurements
14.9ApplicationofPowerSystemStateEstimation5.5
Problems
References

15.CompensationinPowerSystems
15.1Introduction
15.2LoadingCapability
15.3LoadCompensation
15.4LineCompensation
15.5SeriesCompensation
15.6ShuntCompensators
15.7ComparisonbetweenSTATCOMandSVC
15.8FlexibleACTransmissionSysteins(FACTS)56~
15.9PrincipleandOperationofConverters
15.10FactsControllers
References

16.LoadForecastingTechnique
16.1Introduction
16.2ForecastingMethodology
16.3EstimationofAverageandTrendTerms
16.4EstimationofPeriodicComponents
16.5EstimationofYs(k)：TimeSeriesApproach
16.6EstimationofStochasticComponent：KalmanFilteringApproach
16.7Long-TermLoadPredictionsUsingEconometricModels
16.8ReactiveLoadForecast
References

17.VoltageStability
17.1Introduction
17.2ComparisonofAngleandVoltageStability
17.3ReactivePowerFlowandVoltageCollapse
17.4MathematicalFormulationofVoltageStabilityProblem
17.5VoltageStabilityAnalysis
17.6PreventionofVoltageCollapse
17.7State-of-the-Art，FutureTrendsandChallenges
References

AppendixA：IntroductiontoVectorandMatrixAlgebra
AppendixB：GeneralizedCircuitConstants
AppendixC：TriangularFactorizationandOptimalOrdering
AppendixD：ElementsofPowerSystemJacobianMatrix
AppendixE：Kuhn.TuckerTheorem
AppendixF：Real-timeComputerControlofPowerSystems
AppendixG：IntroductiontoMATLABandSIMULINK
AnswerstoProblems
Index