The Complete Electrical Power Control And Protection

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Tags: Electrical Engineering

Your Complete Practical Guide in Electrical Control & Protection Systems for Stations , Substations & Distribution Zones

Last updated 2022-01-10 | 4.1

- Understand some Electrical Fundamentals.
- The Basic Idea Behind The Electrical Faults.
- Different Causes Of The Electrical Faults In The Power Network.

What you'll learn

Understand some Electrical Fundamentals.
The Basic Idea Behind The Electrical Faults.
Different Causes Of The Electrical Faults In The Power Network.
Different Types Of The Electrical Faults In The Power System.
Analyze The Electrical Faults Signals In The Power System.
Analyze The Open Circuit Fault Case.
Understand The Different Tasks Of The Electrical Protection System.
Analyze The Different Components Of The Protection System.
Analyze The Protection System Relaying Signals.
Discuss The Different Tracks Of The Protection Systems.
Understand the Different types of Circuit Breakers.
Discuss The Fault Clearing Time.
Understand The Break Failure Protection Device
Understand The Protection System Priority.
Discuss The Directional Protection System.
Analyze The Different Properties Of The Protection System.
Learn About The Electromagnetic Relays.
Learn About the Static Relays.
Learn About The Digital relays.
Learn About The Multifunction relays.
Discuss The Factors Affecting The Fault Current.
illustrate the inverse overcurrent relay.
illustrate the definite time/definite current overcurrent relay.
Learn about the overcurrent relay settings.
Learn How To control The Overcurrent Relay Settings.
Learn How to Make the Coordination Study Between the Protections Systems in the Power Network.
Learn How to Make the Coordination between the Different Circuit breakers in the Power Network.
Learn How to Make the Coordination between the Different Fuses in the Power Network.
Analyze the Earth Faults Protection Systems.
Discuss the Tests Applied on the Overcurrent Relays.
Discuss the Distance Protection Using the Distance Relays.
Analyze and Work on the Impedance Diagram.
Understand the Impedance Relay working principle.
Understand the Reactance Relay working principle.
Understand the MHO Relay working principle.
Understand the Polarized MHO Relay working principle.
Discuss the Lenticular and Quadrilateral Distance Relays Working Principle.
Analyze the Transformer Differential Protection.
Discuss the Modifications on the Differential Protection.
Learn about the Transformer Inrush Current Protection.
Understand the Transformer Overcurrent Protection.
Design the Transformer Short Circuit Capacity.
Discuss the Transformer Overheat Protection Using Oil.
Understand the BuchHolz relay and the TWI Overheat Protection.

* Requirements

* Just the passion to learn

Description

  • Understand some Electrical Fundamentals.
  • The Basic Idea Behind The Electrical Faults.
  • Different Causes Of The Electrical Faults In The Power Network.
  • Different Types Of The Electrical Faults In The Power System.
  • Analyze The Electrical Faults Signals In The Power System.
  • Analyze The Open Circuit Fault Case.
  • Understand The Different Tasks Of The Electrical Protection System.
  • Analyze The Different Components Of The Protection System.
  • Analyze The Protection System Relaying Signals.
  • Discuss The Different Tracks Of The Protection Systems.
  • Understand the Different types of Circuit Breakers.
  • Discuss The Fault Clearing Time.
  • Understand The Break Failure Protection Device
  • Understand The Protection System Priority.
  • Discuss The Directional Protection System.
  • Analyze The Different Properties Of The Protection System.
  • Learn About The Electromagnetic Relays.
  • Learn About the Static Relays.
  • Learn About The Digital relays.
  • Learn About The Multifunction relays.
  • Discuss The Factors Affecting The Fault Current.
  • illustrate the inverse overcurrent relay.
  • illustrate the definite time/definite current overcurrent relay.
  • Learn about the overcurrent relay settings.
  • Learn How To control The Overcurrent Relay Settings.
  • Learn How to Make the Coordination Study Between the Protections Systems in the Power Network.
  • Learn How to Make the Coordination between the Different Circuit breakers in the Power Network.
  • Learn How to Make the Coordination between the Different Fuses in the Power Network.
  • Analyze the Earth Faults Protection Systems.
  • Discuss the Tests Applied on the Overcurrent Relays.
  • Discuss the Distance Protection Using the Distance Relays.
  • Analyze and Work on the Impedance Diagram.
  • Understand the Impedance Relay working principle.
  • Understand the Reactance Relay working principle.
  • Understand the MHO Relay working principle.
  • Understand the Polarized MHO Relay working principle.
  • Discuss the Lenticular and Quadrilateral Distance Relays Working Principle.
  • Analyze the Transformer Differential Protection.
  • Discuss the Modifications on the Differential Protection.
  • Learn about the Transformer Inrush Current Protection.
  • Understand the Transformer Overcurrent Protection.
  • Design the Transformer Short Circuit Capacity.
  • Discuss the Transformer Overheat Protection Using Oil.
  • Understand the BuchHolz relay and the TWI Overheat Protection.

Course content

16 sections • 77 lectures

OVERVIEW ON THE ELECTRCIAL FAULTS 3 lectures

Idea Behind Electrical Faults Preview 04:59

Overview on the Electrical Faults Preview 05:35

Good Luck :)

CAUSES OF ELECTRICAL FAULTS 2 lectures

Mechanical , Environmental & Equipment Causes Preview 05:17

External , Wrong operation & Overloading Causes Preview 04:55

TYPES OF ELECTRCIAL FAULTS 3 lectures

Types of Faults According to Number of Phases Preview 02:31

Similarity , Earth Existence & Fault Times Types Preview 05:40

Good Luck :)

FAULTS SIGNALS ANALYSIS 7 lectures

Phasor Diagram for Three Phase to Ground Fault_1 Preview 06:38

Phasor Diagram for Three Phase to Ground Fault Preview 06:03

Phasor Diagram for Phase to Phase Faults Preview 05:53

Open Circuit Fault Condition Preview 08:00

Load voltage analysis

we need to analyze the effect of the high capacitive and inductive load on the stability of the power system

Design of Fault Clearing Time Preview 04:23

Fault Voltage and Current Signals Analysis Preview 05:01

PROTECTION SYSTEMS MAIN CONCEPTS 5 lectures

Protection System Tasks Preview 06:19

Protection System Components Preview 07:50

Protection System Relaying Signals Preview 08:46

Protection System Tracks Preview 09:11

Good Luck :)

PROTECTION SYSTEM PROPERTIES 5 lectures

Dependability , Security & Reliability Properties Preview 07:47

properties of protection system

we need to analyze the different properties of the protection system

Selectivity , Sensitivity , Speed Properties Preview 07:10

Protection System Priority Preview 06:44

Directional Protection Preview 06:13

ELECTRICAL PROTECTION DEVICES 4 lectures

Oil Type Circuit Breaker Preview 06:09

Air , Vacuum , SF6 Types Circuit Breakers Preview 06:53

Break Failure Protection Device Preview 06:35

Good Luck :)

OVERCURRENT RELAYS 4 lectures

Electromagnetic & Static Relays Preview 06:19

Digital Relays Preview 04:38

Factors Affecting Fault Current Preview 08:19

Overcurrent Relays Tests Preview 07:01

TYPES OF OVERCURRENT RELAYS 4 lectures

Definite Time / Definite Current Overcurrent Relay Preview 07:25

Inverse Relay_1 Preview 06:34

Inverse Relay_2 Preview 05:49

Good Luck :)

ADJUSTING THE OVERCURRENT RELAY SETTINGS 8 lectures

Current Transformer Setting Selection Preview 09:22

current transformer designing parameters

we need to select the adjust the current transformer settings

Pickup Current Setting Selection Preview 09:53

Plug setting multiplier design

we need to adjust the plug setting multiplier setting

Time Dial Setting Selection Preview 09:14

time dial setting design

selecting the relay time dial setting

Trip Unit Instantaneous Setting Selection Preview 07:48

Notes about the Overcurrent Relays Preview 07:17

PROTECTION DEVICES COORDINATION STUDY 5 lectures

Coordination Study Preview 05:40

Fuses Coordination inside the Electrical Network_1 Preview 08:03

Fuses Coordination inside the Electrical Network_2 Preview 07:20

Circuit Breakers Coordination inside the Electrical Network Preview 08:54

Good Luck :)

EARTH FAULTS PROTECTION 2 lectures

Residual , Neutral , Core Balance Earth Fault Relays Preview 10:34

Frame Leakage , Residual Voltage Earth Fault Protection Preview 07:42

DISTANCE PROTECTION 11 lectures

Idea Behind Distance Protection Preview 10:11

distance Protections Vs Overcurrent Protection Preview 07:02

Design the Impedance Diagram for any Electrical Network Preview 11:56

Notes About the Impedance Diagram Preview 12:17

Impedance Distance Relay Preview 11:19

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Reactance Distance Relays Preview 10:36

MHO Distance Relay Preview 09:21

Application on the MHO Distance Relay Preview 06:43

Polarized MHO Relay Preview 07:36

Lenticular and Quadrilateral Distance Relays Preview 05:40

Good Luck :)

TRANSFORMER OVERCURRENT PROTECTION 6 lectures

Overview on the Transformer Protection Preview 11:12

Idea behind Differential Protection Preview 12:34

Modified Differential Relay Preview 13:55

Transformer Inrush Current Protection Preview 13:06

Transformer Overcurrent Protection Preview 13:32

Transformer Short Circuit Capacity Design Preview 08:06

TRANSFORMER OVERHEAT PROTECTION 3 lectures

Overheat Protection using Oil Preview 07:07

BuchHolz Relay and TWI Protection Preview 08:33

Good Luck :)

ELECTRICAL BACICS 5 lectures

MAIN ELECTRICAL PARAMETERS _1 Preview 11:17

MAIN ELECTRICAL PARAMETERS _2 Preview 11:55

POWER SYSTEM FUNDAMENTALS Preview 08:48

SYNCHRONOUS GENERATOR CONTROL Preview 13:20

DIFFERENT TYPES OF ELECTRICAL POWER Preview 12:24