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Index

Per Unit Method

Fault Analysis

Voltage Profile Control

Load Flow Studies

Power System Stability

Performance Parameter of Transmission Lines

Circuit Breaker

Relay

Load Frequency Control

HVDC

Overhead Insulator

Insulated Cables

Distribution System

Generating Power Stations

All Exams > Electrical Engineering (EE) > Power System > All Videos

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

Selection of Base Values

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

Types 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

Sequence Components

Observation 1

Observation 2

Numerical 1 Based on Observation - 2

Observation 3

Observation 4

Numerical 1 Based on Observation - 4

Sequence Impedence

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

Synchronus Compensator

Series Capacitor Compensation

Series Inductor Compensation

Voltage Profile Control

Load Flow Studies

Y-Bus Formulation

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

Classification of Buses

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

Multi Machine

Swing Equation

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

Large Signal Stability

Equal Area Criteria

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 )

End Compensated Network

Propogation Constant

Phase Constant

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

Short Transmission Lines

Long Transmission Line

Circuit Breaker

Introduction of Switchgear

Arcing Phenomena of Circuit Breaker

Arc Interruption Method

Arc Restriking Phenomena

Numerical-1 Based on Arc Restriking Phenomena

Numerical-2 Based on Arc Restriking Phenomena

RRRV - Circuit Breaker

Current Chopping Phenomena

Resistance Switching

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)

Time Multiplier Setting

Current Setting

Plug Setting Multiplier

Over Current Protection

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

Impedance Relay

Reactance Relay

Mho Relay

Observation Based on Distance Protection

Three Zone Protection

Numerical-1 Based on Distance Protection

Differential 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

HVDC

Introduction of HVDC

Advantages of HVDC

Types of HVDC

Overhead Insulator

Introduction of Overhead Insulator

Types of Insulator

Suspension Insulator

String Efficiency

Methods to Increase Efficiency

Numerical-1 Based on String Efficiency

Numerical-1 Based on Overhead Insulator

Insulated Cables

Insulated Power Cable

Insulation Resistance and Capacitance

Power Loss in Cable

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

Ring Mains

Generating Power Stations

Introduction of Generating Station

Thermal Power Station

Hydro Power Station

Power System

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Video lectures for Power System 2023 is part of Electrical Engineering (EE) exam preparation. The videos have been prepared according to the Electrical Engineering (EE) exam syllabus. The Video lectures, notes, tests & MCQs are made for Electrical Engineering (EE) 2023 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

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