All videos of Power System for Electrical Engineering (EE) Exam
Per Unit Method
Introduction of Power System
Active Power, Reactive Power, Power Factor
Introduction of Per Unit Method
Numerical Based on Base Values
Calculation for New P.U. Values
Selection of Base Value When Transformer Is Present
Numerical 1 based on P.U.Method
Numerical 2 based on P.U.Method
Per Unit Analysis of Transformer
Numerical 3 based on P.U.Method
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Fault Analysis
Introduction of Fault Analysis
Symmetrical Fault Analysis of Non-Load Generater Assumptions
Transient on Transmission Line
Short Circuit Current & Power Calculation
Numerical 1 Based on Short Circuit Power
Symmetrical Fault Analysis Procedure
Numerical 1 Based on Symmetrical Fault
Numerical 2 Based on Symmetrical Fault
Numerical 3 Based on Symmetrical Fault
Unsymmetrical Fault Analysis
Numerical 1 Based on Observation - 2
Numerical 1 Based on Observation - 4
Sequence Network of Generator
Sequence Network for Transformer
Numerical 1 Based on Sequence Network
Numerical 2 Based on Sequence Network
Single Light to Ground Fault Analysis
Numerical 1 Based on SLG fault
Line to Line Fault Analysis
Double Line to Ground Fault Analysis
Effect of Neutral Grounding
Numerical 1 Based on Fault Analysis
Numerical 2 Based on Fault Analysis
Voltage Profile Control
Source and Load for Reactive Power
Power Flows in Terms of Active & Reactive Power
Numerical 1 Based on Power Flow
Voltage Profile Control & Power Factor Control
Shunt Capacitor Compensation
Numerical 1 Based on Shunt Capacitor Compensation
Numerical 2 Based on Shunt Capacitor Compensation
Numerical 3 Based on Shunt Capacitor Compensation
Numerical 4 Based on Shunt Capacitor Compensation
Numerical 5 Based on Shunt Capacitor Compensation
Shunt Inductor Compensation
Numerical 1 Based on Shunt Inductor Compensation
Series Capacitor Compensation
Series Inductor Compensation
Load Flow Studies
Numerical-1 Based on Y-Bus Formulation
Numerical-2 Based on Y-Bus Formulation
Numerical-3 Based on Y-Bus Formulation
Numerical-4 Based on Y-Bus Formulation
Numerical-5 Based on Y-Bus Formulation
Load Flow Study and Power Flow Calculation
Gauss Siedel Method Part 1
Gauss Siedel Method Part 2
Gauss Siedel Method Part 3
Gauss Siedel Method Part 4
Newton Raphson Method Part -1
Newton Raphson Method Part -2
Newton Raphson Method Part -3
Numerical-1 Based on Y-Newton Raphson Method
Numerical-2 Based on Y-Newton Raphson Method
Numerical-3 Based on Y-Newton Raphson Method
Numerical-4 Based on Y-Newton Raphson Method
Power System Stability
Introduction of Power System Stability
Power System Model for Stability Studies
Power System Stability Limit
Numerical-1 Based on Swing Equation
Analysis of Steady State Stability
Numerical-1 Based on Steady State Stability
Numerical-2 Based on Steady State Stability
Numerical-1 Based on Equal Area Criteria
Application of Equal Area Criteria (Case-1)
Application of Equal Area Criteria (Case -2)
Application of Equal Area Criteria (Case-3)
Application of Equal Area Criteria (Case-4)
Numerical-1 Based on Power System Stability
Numerical-2 Based on Power System Stability
Numerical-3 Based on Power System Stability
Factors Affecting Transient Stability
Performance Parameter of Transmission Lines
Introduction of Transmission Line Parameter
Introduction of Performance Parameter
Classification of Transmission Lines
Voltage Regulation of Short Transmission Line
Numerical-1 Based on Short Transmission Line
Medium Transmission Line (Nominal-T)
Medium Transmission Line (Nominal-Pie )
Numerical-1 Based on Performance Parameter
Numerical-2 Based on Performance Parameter
Numerical-3 Based on Performance Parameter
Numerical-4 Based on Performance Parameter
Characteristic Impedance and Surge Impedance
Numerical-1 Based on Surge Impedance Loading
Effect of Compensation on Surge Impedance Loading
Numerical-1 Based on Effect of Compensation on Sil
Numerical-2 Based on Effect of Compensation on Sil
Circuit Breaker
Introduction of Switchgear
Arcing Phenomena of Circuit Breaker
Numerical-1 Based on Arc Restriking Phenomena
Numerical-2 Based on Arc Restriking Phenomena
Current Chopping Phenomena
Numerical-1 Based on Resistance Switching
Rating of Circuit Breaker
Numerical-1 Based on Rating of Circuit Breaker
Numerical-2 Based on Rating of Circuit Breaker
Types of Circuit Breaker (Part-1)
Types of Circuit Breaker (Part-2)
Relay
Introduction of Relay (Part-1)
Introduction of Relay (Part-2)
Over Current Protection of Radial Feeder
Numerical-1 Based on Radial Feeder
Over Current Protection of Parellel Lines
Directional and Non Directional Relay
Over Current Protection of Ring Mains
Numerical-1 Based on Overcurrent Protection
Types Of Distance Protection
Observation Based on Distance Protection
Numerical-1 Based on Distance Protection
Percentage Bias Differential Protection
Differential Protection of Transformer
Differential Protection of 3-phase Transformer
Numerical-1 Based on Differential Protection
Numerical-2 Based on Differential Protection
Load Frequency Control
Introduction of Load Frequency Control
Calculation of Change in Frequency
Numerical-1 Based on Change of Frequency
Sharing of Load by parallel generators
Numerical-1 Based on Sharing of Parellel Loads
Overhead Insulator
Introduction of Overhead Insulator
Methods to Increase Efficiency
Numerical-1 Based on String Efficiency
Numerical-1 Based on Overhead Insulator
Insulated Cables
Insulation Resistance and Capacitance
Capacitance of 3-Core Cable
Numerical-1 Based on 3 Core Cable
Distribution System
Introduction of Distribution System
Voltage Source Fed at One End
Voltage Source Fed at Both the End
Numerical-1 Based on Voltage Source Fed at Both the Ends
Generating Power Stations
Introduction of Generating Station