Module NameDownloadDescriptionDownload Size
Module-1 IntroductionLecture 1 : Modern Power SystemsLecture 149 kb
Module-1 IntroductionLecture 2 : Why make interconnections?Lecture 2144 kb
Module-1 IntroductionLecture 3: Operating StatesLecture 357 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 4 : IntroductionLecture 427 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 5 : Generator ConstraintsLecture 530 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 6 : Transmission Line constraintsLecture 640 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 7 : Stability Problems in Power SystemsLecture 734 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 7a : Numerical Solution of Differential EquationsLecture 7a98 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 8 : Large disturbance Angle stabilityLecture 880 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 8a : A Brief Review of Feedback Control SystemsLecture 8a100 kb
Module-2 Equipment and Stability Constraints in System OperationLecture 9 : Voltage InstabilityLecture 932 kb
Module-3 Frequency Control in a Power SystemLecture 10 : Introduction of Frequency ControlLecture 1021 kb
Module-3 Frequency Control in a Power SystemLecture 11 : Definition of FrequencyLecture 1137 kb
Module-3 Frequency Control in a Power SystemLecture 12 : Load CharacteristicsLecture 1249 kb
Module-3 Frequency Control in a Power SystemLecture 12a : Solution of non-linear algebraic equationsLecture 12a48 kb
Module-3 Frequency Control in a Power SystemLecture 13 : Calculation of System FrequencyLecture 1331 kb
Module-3 Frequency Control in a Power SystemLecture 14 : Frequency ControlLecture 1435 kb
Module-3 Frequency Control in a Power SystemLecture 15 : Speed GovernorLecture 15166 kb
Module-3 Frequency Control in a Power SystemLecture 16 : Automatic Generation Control (AGC)Lecture 1653 kb
Module-4 Voltage and Power Flow ControlLecture 17 : Reactive Power and Voltage ControlLecture 1729 kb
Module-4 Voltage and Power Flow ControlLecture 18 : Reactive Power Characteristics of Special DevicesLecture 1844 kb
Module-4 Voltage and Power Flow ControlLecture 18a : HVDC convertersLecture 18a137 kb
Module-4 Voltage and Power Flow ControlLecture 19 : Power Flow ControlLecture 1984 kb
Module-4 Voltage and Power Flow ControlLecture 19a : Use of Controllable Devices : An exampleLecture 19a54 kb
Module-4 Voltage and Power Flow ControlLecture 20 : Some Real life examplesLecture 20276 kb
Module-5 Real and Reactive Power SchedulingLecture 21: IntroductionLecture 2139 kb
Module-5 Real and Reactive Power SchedulingLecture 22: Real Power SchedulingLecture 2229 kb
Module-5 Real and Reactive Power SchedulingLecture 23: OptimizationLecture 2333 kb
Module-5 Real and Reactive Power SchedulingLecture 24: Real and Reactive Power SchedulingLecture 2446 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 25 : IntroductionLecture 2573 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 26 : Power System State EstimationLecture 2651 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 27 : Normal and Alert State in a Power SystemLecture 2780 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 28 : Emergency ControlLecture 28139 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 29 : Emergency Control : An exampleLecture 29108 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 30 : A BlackoutLecture 3098 kb
Module-6 Preventive, Emergency and Restorative ControlLecture 31 : Power System RestorationLecture 31144 kb
Module-7 Power System StructuresLecture 32 : A vertically integrated utilityLecture 32185 kb
Module-7 Power System StructuresLecture 33 : Structure of a Deregulated IndustryLecture 33343 kb
Module-7 Power System StructuresLecture 34 : Indian ScenarioLecture 3448 kb
Module-7 Power System StructuresLecture 35 : Concluding NotesLecture 3523 kb

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