Zbus derivation for Links(Type 3 & 4 Modifications)
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Zbus derivation for Links(Type 3 & 4 Modifications)
17:43
Numerical on Zbus
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Numerical on Zbus
20:06
Derivation for Branches of Zbus
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Derivation for Branches of Zbus
28:14
Zbus building Algorithm
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Zbus building Algorithm
33:54
Numerical on transmission loss coefficients(B-Coefficients)
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Numerical on transmission loss coefficients(B-Coefficients)
31:11
Transmission loss (B- Coefficients) Derivation
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Transmission loss (B- Coefficients) Derivation
21:34
Gauss Seidel Iterative Technique (Only PQ Buses)
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Gauss Seidel Iterative Technique (Only PQ Buses)
47:11
Numerical on Economic load dispatch
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Numerical on Economic load dispatch
25:47
Per Unit Reactance Diagram_ Case -2
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Per Unit Reactance Diagram_ Case -2
20:34
Per Unit Reactance diagram_Case-1
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Per Unit Reactance diagram_Case-1
37:16
Per Unit System
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Per Unit System
19:38
SINGLE LINE DIAGRAM OF POWER SYSTEM NETWORK
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SINGLE LINE DIAGRAM OF POWER SYSTEM NETWORK
16:49
Equivalent Circuit Representation of Power System Components
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Equivalent Circuit Representation of Power System Components
28:26
Economic Load Dispatch - Coordination Equation(s)
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Economic Load Dispatch - Coordination Equation(s)
46:46
Numerical on Fast Decoupled Load Flow (FDLF) technique
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Numerical on Fast Decoupled Load Flow (FDLF) technique
29:30
Fast Decoupled Load Flow (FDLF)Technique
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Fast Decoupled Load Flow (FDLF)Technique
50:12
Numerical on Newton Raphson Technique
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Numerical on Newton Raphson Technique
56:15
Newton Raphson Iterative Technique (NR Method)
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Newton Raphson Iterative Technique (NR Method)
55:29
Numerical on GS Iterative Technique (PQ and PV Buses)
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Numerical on GS Iterative Technique (PQ and PV Buses)
31:00
Gauss Seidel Iterative Technique (PQ and PV buses)
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Gauss Seidel Iterative Technique (PQ and PV buses)
20:50
static load flow and bus voltage equations
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static load flow and bus voltage equations
29:21
Bus Classification
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Bus Classification
8:55
Introduction to load flow studies, Operating constraints and load flow solution techniques
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Introduction to load flow studies, Operating constraints and load flow solution techniques
12:59
Numerical on Ybus by singular transformation
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Numerical on Ybus by singular transformation
17:14
Formation of Ybus by Singular transformation
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Formation of Ybus by Singular transformation
18:15
Ybus including tapchanging transformer
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Ybus including tapchanging transformer
4:31
Tapped Transformers
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Tapped Transformers
23:17
YBUS FORMATION BY INSPECTION METHOD
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YBUS FORMATION BY INSPECTION METHOD
13:02
BUS ADMITTANCE MATRIX
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BUS ADMITTANCE MATRIX
16:17
Network Model Formulation
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Network Model Formulation
17:39
PRIMITIVE NETWORK
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PRIMITIVE NETWORK
28:31
NUMERICAL ON ORIENTED GRAPH CONSTRUCTION
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NUMERICAL ON ORIENTED GRAPH CONSTRUCTION
12:25
NUMERICAL ON INCIDENCE MATRICES
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NUMERICAL ON INCIDENCE MATRICES
17:09
ELEMENT - NODE AND BUS INCIDENCE MATRICES
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ELEMENT - NODE AND BUS INCIDENCE MATRICES
20:17
NETWORK, NETWORK TOPOLOGY, GRAPH, ORIENTED GRAPH, TREE, CO-TREE
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NETWORK, NETWORK TOPOLOGY, GRAPH, ORIENTED GRAPH, TREE, CO-TREE
27:31
NUMERICAL ON STEADY STATE STABILITY LIMIT - 3
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NUMERICAL ON STEADY STATE STABILITY LIMIT - 3
6:58
STEADY STATE STABILITY LIMIT IN TERMS OF ABCD CONSTANTS
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STEADY STATE STABILITY LIMIT IN TERMS OF ABCD CONSTANTS
16:05
STEADY STATE LIMIT OF A TWO MACHINE SYSTEM
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STEADY STATE LIMIT OF A TWO MACHINE SYSTEM
14:50
NUMERICAL ON STEADY STATE STABILITY LIMIT - 2
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NUMERICAL ON STEADY STATE STABILITY LIMIT - 2
18:12
POWER ANGLE EQUATION OF SALIENT POLE SYNCHRONOUS GENERATOR
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POWER ANGLE EQUATION OF SALIENT POLE SYNCHRONOUS GENERATOR
27:23
NUMERICAL ON STEADY STATE STABILITY LIMIT - 1
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NUMERICAL ON STEADY STATE STABILITY LIMIT - 1
15:32
POWER ANGLE EQUATION OF NON SALIENT POLE SYNCHRONOUS GENERATOR
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POWER ANGLE EQUATION OF NON SALIENT POLE SYNCHRONOUS GENERATOR
24:50
NUMERICAL ON SWING EQUATION - 2
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NUMERICAL ON SWING EQUATION - 2
29:23
NUMERICAL ON SWING EQUATION -1
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NUMERICAL ON SWING EQUATION -1
13:52
CONSTANTS M and H OF A TWO MACHINE SYSTEM
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CONSTANTS M and H OF A TWO MACHINE SYSTEM
21:34
ROTOR DYNAMICS and SWING EQUATION
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ROTOR DYNAMICS and SWING EQUATION
22:41
CONSTANTS M AND H OF ROTATING MACHINES
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CONSTANTS M AND H OF ROTATING MACHINES
11:44
POWER SYSTEM STABILITY AND ITS CLASSIFICATION
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POWER SYSTEM STABILITY AND ITS CLASSIFICATION
31:40
SERIES FAULTS
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SERIES FAULTS
16:31
NUMERICAL ON UNSYMMETRICAL FAULTS - 7
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NUMERICAL ON UNSYMMETRICAL FAULTS - 7
19:31
NUMERICAL ON UNSYMMETRICAL FAULTS - 6
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NUMERICAL ON UNSYMMETRICAL FAULTS - 6
33:15
NUMERICAL ON UNSYMMETRICAL FAULTS - 5
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NUMERICAL ON UNSYMMETRICAL FAULTS - 5
29:49
UNSYMMETRICAL FAULTS ON POWER SYSTEM
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UNSYMMETRICAL FAULTS ON POWER SYSTEM
28:17
NUMERICAL ON UNSYMMETRICAL FAULTS - 4
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NUMERICAL ON UNSYMMETRICAL FAULTS - 4
15:00
NUMERICAL ON UNSYMMETRICAL FAULTS 3
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NUMERICAL ON UNSYMMETRICAL FAULTS 3
20:28
Numerical on Short Circuit Capacity -1
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Numerical on Short Circuit Capacity -1
17:56
REQUIRED FORMULAE TO FIND SHORT CIRCUIT CAPACITY
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REQUIRED FORMULAE TO FIND SHORT CIRCUIT CAPACITY
18:20
FORTESCUE'S THEOREM
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FORTESCUE'S THEOREM
15:39
NUMERICAL ON UNSYMMETRICAL FAULTS 2
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NUMERICAL ON UNSYMMETRICAL FAULTS 2
9:30
NUMERICAL ON UNSYMMETRICAL FAULTS - 1
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NUMERICAL ON UNSYMMETRICAL FAULTS - 1
9:44
SYMMETRICAL COMPONENT TRANSFORMATION
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SYMMETRICAL COMPONENT TRANSFORMATION
17:50
DOUBLE LINE TO GROUND FAULT ON AN UNLOADED GENERATOR THROUGH FAULT IMPEDANCE
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DOUBLE LINE TO GROUND FAULT ON AN UNLOADED GENERATOR THROUGH FAULT IMPEDANCE
14:54
LINE TO LINE FAULT ON AN UNLOADED GENERATOR THROUGH FAULT IMPEDANCE
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LINE TO LINE FAULT ON AN UNLOADED GENERATOR THROUGH FAULT IMPEDANCE
14:04
LINE TO GROUND FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR THROUGH FAULT IMPEDANCE
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LINE TO GROUND FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR THROUGH FAULT IMPEDANCE
8:56
THREE PHASE FAULT ON AN UNLOADED SYNCHRONOUS GNERATOR
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THREE PHASE FAULT ON AN UNLOADED SYNCHRONOUS GNERATOR
9:05
DOUBLE LINE TO GROUND FAULT (OR) LLG FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR
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DOUBLE LINE TO GROUND FAULT (OR) LLG FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR
8:53
LINE TO LINE FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR
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LINE TO LINE FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR
13:18
CONSTRUCTION OF SEQUENCE NETWORKS OF A POWER SYSTEM - PART 2
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CONSTRUCTION OF SEQUENCE NETWORKS OF A POWER SYSTEM - PART 2
48:00
CONSTRUCTION OF SEQUENCE NETWORKS OF A POWER SYSTEM - PART1
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CONSTRUCTION OF SEQUENCE NETWORKS OF A POWER SYSTEM - PART1
23:23
SINGLE LINE TO GROUND FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR
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SINGLE LINE TO GROUND FAULT ON AN UNLOADED SYNCHRONOUS GENERATOR
11:26
SEQUENCE IMPEDANCES AND NETWORKS OF TRANSMISSION LINES
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SEQUENCE IMPEDANCES AND NETWORKS OF TRANSMISSION LINES
27:55
SEQUENCE IMPEDANCES AND NETWORKS OF THREE PHASE TRANSFORMER
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SEQUENCE IMPEDANCES AND NETWORKS OF THREE PHASE TRANSFORMER
13:13
SEQUENCE IMPEDANCES AND NETWORKS OF SYNCHRONOUS GENERATOR
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SEQUENCE IMPEDANCES AND NETWORKS OF SYNCHRONOUS GENERATOR
24:09
SEQUENCE IMPEDANCES OF SYMMETRICAL versus UNSYMMETRICAL SYSTEM
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SEQUENCE IMPEDANCES OF SYMMETRICAL versus UNSYMMETRICAL SYSTEM
33:55
REQUIRED FORMULAE RELATED TO SYMMETRICAL COMPONENTS
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REQUIRED FORMULAE RELATED TO SYMMETRICAL COMPONENTS
12:31
NUMERICAL ON SYMMETRICAL COMPONENTS-3
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NUMERICAL ON SYMMETRICAL COMPONENTS-3
15:50
PHASE SHIFT OF SEQUENCE COMPONENTS IN STAR DELTA TRANSFORMER BANK
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PHASE SHIFT OF SEQUENCE COMPONENTS IN STAR DELTA TRANSFORMER BANK
25:18
POWER INVARIANCE
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POWER INVARIANCE
9:49
NUMERICAL ON SYMMETRICAL COMPONENTS 2
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NUMERICAL ON SYMMETRICAL COMPONENTS 2
33:35
SEQUENCE COMPONENTS OF LINE CURRENTS
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SEQUENCE COMPONENTS OF LINE CURRENTS
14:29
SEQUENCE COMPONENTS OF LINE VOLTAGES
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SEQUENCE COMPONENTS OF LINE VOLTAGES
14:13
NUMERICALS ON SYMMETRICAL COMPONENTS 1
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NUMERICALS ON SYMMETRICAL COMPONENTS 1
19:34
SYMMETRICAL COMPONENTS IN TERMS OF UNBALANCED PHASORS
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SYMMETRICAL COMPONENTS IN TERMS OF UNBALANCED PHASORS
20:38
EFFECT OF NEUTRAL ON ZERO SEQUENCE COMPONENT
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EFFECT OF NEUTRAL ON ZERO SEQUENCE COMPONENT
20:39
UNBALANCED PHASORS IN TERMS OF SYMMETRICAL COMPONENTS
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UNBALANCED PHASORS IN TERMS OF SYMMETRICAL COMPONENTS
12:16
TYPES OF FAULTS IN POWER SYSTEM
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TYPES OF FAULTS IN POWER SYSTEM
14:20