Lectures in this course:35
1 - Electric Energy Systems A Perspective (54:14)
2 - Structure of Power Systems (59:38)
3 - Conventional Sources of Electric Energy (51:36)
4 - Hydroelectric Power Generation (53:24)
5 - Non Conventional Energy Sources (53:18)
6 - Renewable Energy (Contd.) (51:07)
7 - Energy Storage (49:41)
8 - Deregulation (48:35)
9 - Air Pollutants (48:20)
10 - Transmission Line Parameters (44:16)
11 - Capacitance of Transmission Lines (53:35)
12 - Characteristics and Performance of Transmission Lines (47:13)
13 - Voltage Regulation (VR) (52:21)
14 - Power Flow through a Line (52:19)
15 - Methods of Voltage Control (46:17)
16 - Compensation of Transmission Lines (48:25)
17 - Compensation of Transmission Lines (Contd.) (26:26)
18 - Underground Cables (34:59)
19 - Cables (Contd.) (24:29)
20 - Insulators for Overhead Lines (55:38)
21 - HVDC (50:06)
22 - HVDC (Contd.) (31:12)
23 - Distribution Systems (45:19)
24 - Automatic Generation Control (48:36)
25 - Automatic Generation Control (Contd.) (48:52)
26 - Load Flow Studies (51:10)
27 - Load Flow Problem (52:06)
28 - Load Flow Analysis (Contd.), Gauss Siedel Method (43:40)
29 - Newton Raphson (NR), Load Flow Method (42:06)
30 - Fast Decoupled Load Flow (40:11)
31 - Control of Voltage Profile (48:17)
32 - Optimal System Operation (Economic Operation) (41:04)
33 - Optimal Unit Commitment (44:55)
34 - Optimal Generation Scheduling (50:37)
35 - Optimal Load Flow (Contd.) and Hydro Thermal Scheduling (52:40)

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