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Electrical & Electronics Engineering

Power System Generation, Transmission and Distribution

Power System Generation, Transmission and Distribution

01 Electric Energy Systems A Perspective

02 Structure of Power Systems

03 Conventional Sources of Electric Energy

04 Hydroelectric Power Generation

05 Non Conventional Energy Sources

06 Renewable Energy (Contd.)

07 Energy Storage

08 Deregulation

09 Air Pollutants

10 Transmission Line Parameters

11 Capacitance of Transmission Lines

12 Characteristics and Performance of Transmission Lines

13 Voltage Regulation (VR)

14 Power Flow through a Line

15 Methods of Voltage Control

16 Compensation of Transmission Lines

17 Compensation of Transmission Lines

18 Underground Cables

19 Cables (Contd.)

20 Insulators for Overhead Lines

22 HVDC (Contd.)

23 Distribution Systems

24 Automatic Generation Control

25 Automatic Generation Control (Contd.)

26 Load Flow Studies

27 Load Flow Problem

28 Load Flow Analysis (Contd.), Gauss Siedel Method

29 Newton Raphson (NR), Load Flow Method

30 Fast Decoupled Load Flow

31 Control of Voltage Profile

32 Optimal System Operation (Economic Operation)

33 Optimal Unit Commitment

34 Optimal Generation Scheduling

35 Optimal Load Flow (Contd.) and Hydro Thermal Scheduling

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