Ultimate Electrical Power Protection, Control & Switchgear

Ultimate Electrical Power Protection, Control & Switchgear, available at $74.99, has an average rating of 4.58, with 132 lectures, based on 578 reviews, and has 3794 subscribers.

You will learn about Why we need the protection system ? Know different Protection System Elements Understand trip circuit connection Differentiate between primary and backup protection Different Methods of Back up Protection Understand Zones of Protection Applications on Protection Zones of Real Power Systems Differentiate between protective system and protective scheme Understand the meaning and causes of short circuit faults Types of Electric Faults Establishment of S.C Current and Waveform Realize Consequences of Short Circuit Faults Understand Operation & Function of Protective Relays How to Adjust Relay Settings Understand Required qualities of Protective Relay Types of Relays According to Function Types of Relays According to Time C/C’s Complete understanding of Electromechanical Relays Understand Static Relays Understand digital advanced Relays Function & Construction of CT & VT Learn Equivalent circuit & Burden of CT & VT Know about Types of CTs used in electrical installations Complete Understanding of Saturation of CT Specifications of CT & VT used for Protection Specifications of CT & VT used for measurement Example of Current Transformer Rating Plate Defferentiate between CT &VT Understand Overcurrent Protection Learn How to Adjust The Overcurrent Relay Setting Primary Requirements of Overcurrent Protection Complete Understanding of Directional Over Current Protection Practical application of directional overcurrent Protection Importance of Earthing in electric network Understand Earth Fault Protection Learn Different Earthing Systems in LV Learn Different Earthing Systems in MV Understand Circulation of Earth Fault Current How to Adjust Earth fault Relay settings Understand Directional Earth Fault Protection Understand principle of directional protection Difficulties in Differential Protection and solutions Learn Percentage (Biased) Differential Relay Voltage Balance Differential Relay Why We Need Distance Protection ?? Understand Concept of Distance Protection Universal Relay Torque Equation and Its Applications Learn Impedance (Plain) Distance Relay Understand Reactance Relay Understand Mho Relay Differentiate between Overreach & Underreach in Distance Protection Learn Stepped Distance Protection and Its Settings Differentiate between Different Switching Devices Understand Working of Circuit Breaker Arc Phenomena in Circuit Breaker Methods of Arc Interruption in C.B Understand Restriking Voltage & Recovery Voltage Learn About Circuit Breaker Ratings Discuss Large Oil Circuit Breaker Illustrate Operation of Minimum Oil Circuit Breaker Learn Air blast Circuit Breaker Analyze Operation of Vacuum Circuit Breaker Understand SF6 Circuit Breaker Learn Thermal Overload Protection Discuss Excessive Start-Up Time &Locked Rotor Protection Under Current Protection Understand Over & Under Voltage Protection Learn Over & Under Frequency Protection Understand Overall Earth Fault Protection This course is ideal for individuals who are Anyone who wants to learn electric protection and control from scratch or Electrical Engineering Students or Electrical Engineering Graduates or Electrical Engineers who work in the field of substations and switchgears or Electrical Control Engineers or Electricians or Power/Utility Engineer It is particularly useful for Anyone who wants to learn electric protection and control from scratch or Electrical Engineering Students or Electrical Engineering Graduates or Electrical Engineers who work in the field of substations and switchgears or Electrical Control Engineers or Electricians or Power/Utility Engineer.

Enroll now: Ultimate Electrical Power Protection, Control & Switchgear

Summary

Title: Ultimate Electrical Power Protection, Control & Switchgear

Price: $74.99

Average Rating: 4.58

Number of Lectures: 132

Number of Published Lectures: 132

Number of Curriculum Items: 132

Number of Published Curriculum Objects: 132

Original Price: $99.99

Quality Status: approved

Status: Live

What You Will Learn

Why we need the protection system ?
Know different Protection System Elements
Understand trip circuit connection
Differentiate between primary and backup protection
Different Methods of Back up Protection
Understand Zones of Protection
Applications on Protection Zones of Real Power Systems
Differentiate between protective system and protective scheme
Understand the meaning and causes of short circuit faults
Types of Electric Faults
Establishment of S.C Current and Waveform
Realize Consequences of Short Circuit Faults
Understand Operation & Function of Protective Relays
How to Adjust Relay Settings
Understand Required qualities of Protective Relay
Types of Relays According to Function
Types of Relays According to Time C/C’s
Complete understanding of Electromechanical Relays
Understand Static Relays
Understand digital advanced Relays
Function & Construction of CT & VT
Learn Equivalent circuit & Burden of CT & VT
Know about Types of CTs used in electrical installations
Complete Understanding of Saturation of CT
Specifications of CT & VT used for Protection
Specifications of CT & VT used for measurement
Example of Current Transformer Rating Plate
Defferentiate between CT &VT
Understand Overcurrent Protection
Learn How to Adjust The Overcurrent Relay Setting
Primary Requirements of Overcurrent Protection
Complete Understanding of Directional Over Current Protection
Practical application of directional overcurrent Protection
Importance of Earthing in electric network
Understand Earth Fault Protection
Learn Different Earthing Systems in LV
Learn Different Earthing Systems in MV
Understand Circulation of Earth Fault Current
How to Adjust Earth fault Relay settings
Understand Directional Earth Fault Protection
Understand principle of directional protection
Difficulties in Differential Protection and solutions
Learn Percentage (Biased) Differential Relay
Voltage Balance Differential Relay
Why We Need Distance Protection ??
Understand Concept of Distance Protection
Universal Relay Torque Equation and Its Applications
Learn Impedance (Plain) Distance Relay
Understand Reactance Relay
Understand Mho Relay
Differentiate between Overreach & Underreach in Distance Protection
Learn Stepped Distance Protection and Its Settings
Differentiate between Different Switching Devices
Understand Working of Circuit Breaker
Arc Phenomena in Circuit Breaker
Methods of Arc Interruption in C.B
Understand Restriking Voltage & Recovery Voltage
Learn About Circuit Breaker Ratings
Discuss Large Oil Circuit Breaker
Illustrate Operation of Minimum Oil Circuit Breaker
Learn Air blast Circuit Breaker
Analyze Operation of Vacuum Circuit Breaker
Understand SF6 Circuit Breaker
Learn Thermal Overload Protection
Discuss Excessive Start-Up Time &Locked Rotor Protection
Under Current Protection
Understand Over & Under Voltage Protection
Learn Over & Under Frequency Protection
Understand Overall Earth Fault Protection

Who Should Attend

Anyone who wants to learn electric protection and control from scratch
Electrical Engineering Students
Electrical Engineering Graduates
Electrical Engineers who work in the field of substations and switchgears
Electrical Control Engineers
Electricians
Power/Utility Engineer

Target Audiences

Anyone who wants to learn electric protection and control from scratch
Electrical Engineering Students
Electrical Engineering Graduates
Electrical Engineers who work in the field of substations and switchgears
Electrical Control Engineers
Electricians
Power/Utility Engineer

Hi my friend !

Looking for a COMPREHENSIVE course about Electrical Control & Protection Systems for Stations ,Switchgears Substations & Distribution Zones ?

If your answer is YES, then you’re definitely in the right place.

Why this course is Powerful and Unique ?

The course contents are arranged in a progressive manner to start from beginner level to advanced one
This course gives you a detailed explanation of different power system elements
This course gives you a complete understanding of instrument transformers
In this course, you will be able to adjust settings of various protection functions and their applications
There are many examples and practical applications that can get you from the academic information to the real world career
This course will be updated many times. So, you will enjoy these updates in the near future
This course will be a good reference for you in the field of power system protection, switchgear and control
I’m always available to you if you get stuck or have a question
This course covers all aspects of power system protection and control which make you really experienced in that field
This course discuses and illustrate complex topics related to protection functions in very simple way

By the end of this course, you will be able to move from identifying all key components of protection and control system to a complete understanding and adjustment of the setting of various protection functions.

I thank you very much for taking the time to check the course content.

See you in the course !

Course Curriculum

Chapter 1: Fundamentals of Power System Protection

Lecture 1: Course Contents

Lecture 2: Power system structure

Lecture 3: Function of protection system

Lecture 4: Course Material

Lecture 5: Protection System Elements

Lecture 6: Terms in Protective Systems

Lecture 7: Trip circuit connection

Lecture 8: Primary and Backup Protection

Chapter 2: Zones of Protection

Lecture 1: Protection Zones in Power Systems

Lecture 2: determining protection zones of simple power system

Lecture 3: Example 1: protection zones of real power system

Lecture 4: Example 2: Determining Fault Locations for Real Power System

Lecture 5: Protective System Vs. Protective Scheme

Chapter 3: Study of Electric Faults

Lecture 1: Definition and Characteristics of Faults

Lecture 2: Causes of Electric Faults

Lecture 3: Statistics of Electric Faults in a Year

Lecture 4: Types of Electric Faults

Chapter 4: Establishment of Short Circuit Currents

Lecture 1: Why We Need To Study Short Circuits ?

Lecture 2: Establishment of S.C at Utility’s Supply Terminal

Lecture 3: Example : Determining peak and steady state S.C currents

Lecture 4: Establishment of S.C at Terminals of the Generator

Chapter 5: Consequences of Short Circuit Faults

Lecture 1: Thermal Effect of Short Circuit Faults

Lecture 2: Example(Thermal Effect): Determining Maximum Switching Time of C.B

Lecture 3: Electrodynamic Effect of Short Circuits

Lecture 4: Voltage Drop Effect of Short Circuits

Chapter 6: Introduction to Protective Relays

Lecture 1: Operation & Function of Protective Relays

Lecture 2: Measures of Relay Performance: Selectivity

Lecture 3: Speed & Fault Clearing Time

Lecture 4: Sensitivity

Lecture 5: Reliability, Dependability , Security

Lecture 6: Adequateness & Economy

Lecture 7: Types of Relays According to Function

Lecture 8: Types of Relays According to Time C/C’s

Chapter 7: Electromechanical Protection Relays

Lecture 1: Types of Relays according to Construction

Lecture 2: Solenoid Type Relay

Lecture 3: Balanced Beam Relay

Lecture 4: Hinged Armature Type Relay

Lecture 5: Induction Relays

Lecture 6: Shaded Pole Type Relay

Lecture 7: Watthour-meter type relay

Lecture 8: Induction Cup type relay

Lecture 9: Induction disc directional power relay

Lecture 10: Thermal Relays

Chapter 8: Advanced Protection Relays

Lecture 1: Static Relays

Lecture 2: Numerical (Digital) Relays

Lecture 3: Typical Architecture of Numerical relay

Chapter 9: Current Transformers

Lecture 1: Current Transformers: Theoretical Reminder

Lecture 2: Equivalent Circuit & Burden of CT

Lecture 3: Types of current transformers

Lecture 4: Saturation of Current Transformer

Lecture 5: Knee Point Voltage of the CT

Lecture 6: Example: Determining the maximum burden of the CT

Lecture 7: Using CT in Electrical Networks: General Application Rule

Lecture 8: Specifications and Definitions of CT Parameters

Lecture 9: Current Transformers Used For Measuring

Lecture 10: Current Transformers Used For Protection

Lecture 11: Example of Current Transformer Rating Plate

Chapter 10: Voltage Transformers

Lecture 1: Voltage Transformers: Theoretical Reminder

Lecture 2: General Application Rule of VT

Lecture 3: Specifications and Definitions of Voltage Transformer Parameters

Lecture 4: Voltage Transformers Used For Measuring

Lecture 5: Voltage Transformers Used For Protection

Lecture 6: Key Differences between CT &VT

Chapter 11: Overcurrent Protection (ANSI 50/51)

Lecture 1: Function and Operation

Lecture 2: C/C’s OF Overcurrent Relay

Lecture 3: Adjusting The Overcurrent Relay Setting

Lecture 4: Actual Relay Operating Time Determination

Lecture 5: Practical Example 1 : Relay settings

Lecture 6: Practical Example 2 : Relay time and Coordination time

Chapter 12: Directional Over Current Protection (ANSI 67)

Lecture 1: Directional Overcurrent Relay

Lecture 2: Operation of Directional Over Current Relay

Lecture 3: Practical Application of Directional Over Current Protection

Chapter 13: Earth Fault Protection (ANSI 50/51N)

Lecture 1: Why We Need Earthing ?

Lecture 2: Terms Related To Earthing

Lecture 3: Earth Fault Protection

Lecture 4: TT Earthing System in LV Network

Lecture 5: Adjusting Setting of RCD in TT System

Lecture 6: TN Earthing System in LV Network

Lecture 7: IT Earthing System in LV Network

Lecture 8: Earthing Systems in Medium Voltage

Lecture 9: Use of Earthing Transformer in MV Network

Lecture 10: Circulation of Phase to Earth Fault Currents

Lecture 11: Examples on Calculating Earth Fault currents

Lecture 12: Effect of several outgoing feeders on the earth fault protection setting

Lecture 13: Example : Adjusting Earth Fault Protection Settings

Chapter 14: Directional Earth Fault Protection (ANSI 67N)

Lecture 1: Connection of Directional Earth fault Relay

Instructors

Amr Saleh
Lecturer Assistant, Electrical Engineer, and Researcher

Rating Distribution

1 stars: 4 votes
2 stars: 14 votes
3 stars: 54 votes
4 stars: 198 votes
5 stars: 308 votes

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