Overview

ABOUT THE COURSE:The primary objective of this course is to analyze efficient and optimum operation of electric power generation system and to provide an overview about the control techniques adopted to ensure the economic operation of a power system. This course also introduces optimization methods and their application in practical power system operation problems. In this course, modern control system solution methods are employed for power generation system problems. This course provides application of modern numerical techniques and analytical methods for dealing with and solving operation-related problems in electric power systems. In addition, it further discusses some real-time practical power system problems and their solutions.INTENDED AUDIENCE: Research Scholars, Industry Professionals, Faculty MembersPREREQUISITES: BE/B.Tech in Electrical EngineeringINDUSTRY SUPPORT: DISCOMs, TRANSCO, Power Grid, POSOCO, NHPC, NTPC, CPRI, Private sector: ABB, Schneider, Siemens, etc.

Syllabus

Week 1: Module 1 : Introduction- NPPModule 2 : Evolution of Indian Power System- NPPModule 3 : Control in Power Systems- NPPModule 4 : Optimization Preliminaries-I- NPPModule 5 : Optimization Preliminaries-II- NPPWeek 2:Module 1 : Dynamic Programming-GMVModule 2 : Economic Dispatch of Thermal Units- GMVModule 3 : Economic Dispatch using Numerical Methods-I-GMVModule 4 : Economic Dispatch using Numerical Methods- II-GMModule 5 : Economic Dispatch using Dynamic Programming- GMVWeek 3:Module 1 : Power Flow Problem on DC Network-NPPModule 2 : Formulation of AC Power Flow-NPPModule 3 : Decoupled Power Flow-NPPModule 4 : Calculation of Transmission Losses-I-NPPModule 5 : Calculation of Transmission- Losses-II-NPPWeek 4:Module 1 : Unit Commitment- I- GMVModule 2 : Unit Commitment- II- GMVModule 3 : Unit Commitment: Dynamic Programming- I- GMVModule 4 : Unit Commitment: Dynamic Programming- II- GMVModule 5 : Hydrothermal Scheduling-GMVWeek 5:Module 1 : Short-Term Hydro- Scheduling-GMVModule 2 : Pumped Storage Hydro Plants- GMVModule 3 : Optimal Real and Reactive Power Dispatch-GMVModule 4 : Real Time Case Study on Reactive Power Dispatch- GMVModule 5 : Interchange of Power and Energy- GMVWeek 6:Module 1 : Production Cost Model- Introduction 1-NPPModule 2 : Production Cost Model- Introduction 2- NPPModule 3 : Economic Scheduling with Unreserved Load Method-NPPModule 4 : Expected Cost Method-NPPModule 5 : Discussion of Practical Problems- NPPWeek 7:Module 1 : Power and Energy Interchange: Introduction; NPPModule 2 : Multiple Utility Interchange Transactions; NPPModule 3 : Power Pools: NPPModule 4 : Transmission Effects and Issues: NPPModule 5 : Discussion of Practical Problems- : NPPWeek 8:Module 1 : Power System Security-I GMVModule 2 : Power System Security-II GMVModule 3 : State Estimation:GMVModule 4 : Weighted Least-Squares State Estimation- I: GMVModule 5 : Weighted Least-Squares State Estimation- II: GMVWeek 9:Module 1 : State Estimation of an AC Network: GMVModule 2 : State Estimation by Orthogonal Decomposition: GMVModule 3 : Bad Data Detection: GMVModule 4 : Modelling of Power System Components: GMVModule 5 : Automatic Generation Control: GMVWeek 10:Module 1 : Load Frequency Control- I: GMVModule 2 : Load Frequency Control- II: GMVModule 3 : Optimal Power Flow- I: GMVModule 4 : Optimal Power Flow- II: GMVModule 5 : Contingency Analysis: GMVWeek 11:Module 1 : Security Constrained OPF: GMVModule 2 : Renewable Energy and EV in Indian Power Sector: GMVModule 3 : Challenges of RES Penetration in Power System: GMVModule 4 : Modelling of EV and RES in Matlab and RTDSModule 5 : Economic Operation of RESWeek 12:Module 1 : Energy Management of Electric Vehicle Charging Station with RES penetrationModule 2 : Advanced Distribution System Management-IModule 3 : Advanced Distribution System Management-IIModule 4 : Economic Operation of Modern Power System: Opportunities and ChallengesModule 5 : Conclusion: Research Areas in the field of Economic Dispatch: GMV