The Complete Electrical Power Control and Protection from Udemy

"Electrical Control and Protection is one of the most important system for any electrical system ".

Hello there,

If the topic 'Electrical Control and Protection' baffles your mind and you want to master it, then this is for you.
If you want to start your career in Electrical Control and Protection design and make money from it, then is for you.
If you want to learn how to design Electrical Control and Protection systems for any Project, then this course is for you.
If you get bored of the word 'this course is for you', then this course is for you.
if you love the electrical engineering.
if you are an electrical engineering student.
if you are an electrical technician.

Well, Electrical Control and Protection is becoming a widely-used word on everybody's tongue, and this is reasonable as all of the electrical systems are including it for its large importance .

So we introduce to you the Electrical Control and Protection Design course that you need in order to get your hand on the electrical design as this course collects most of the knowledge that you'll need in your journey.

We believe that the brain loves to keep the information that it finds applicable, and that's what we're doing here in

Electrical Control and Protection also is one of the electrical engineering designing cores.

Our course is structured as follows:

Discuss 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 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.

At this course :

These tracks would be like a piece of cake to you.

We'll take you from the Scratch of Designing and Analysis.

You'll learn with practical exciting method in order to understand without being bored.

All you need is an open mind and the passion to be successful.

Our help in YouCan is always available to you if you get stuck or have a question - our support is legendary in Udemy

> So don't hesitate and click " Buy Now " button so you can begin on the right path.

What's inside

Learning objectives

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.
Show more
Show less

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.
Show more
Show less

Syllabus

OVERVIEW ON THE ELECTRCIAL FAULTS

Idea Behind Electrical Faults

Overview on the Electrical Faults

Good Luck :)

CAUSES OF ELECTRICAL FAULTS

Mechanical , Environmental & Equipment Causes

External , Wrong operation & Overloading Causes

TYPES OF ELECTRCIAL FAULTS

Types of Faults According to Number of Phases

Similarity , Earth Existence & Fault Times Types

FAULTS SIGNALS ANALYSIS

Phasor Diagram for Three Phase to Ground Fault_1

Phasor Diagram for Three Phase to Ground Fault

Phasor Diagram for Phase to Phase Faults

Open Circuit Fault Condition

Load voltage analysis

Design of Fault Clearing Time

Fault Voltage and Current Signals Analysis

PROTECTION SYSTEMS MAIN CONCEPTS

Protection System Tasks

Protection System Components

Protection System Relaying Signals

Protection System Tracks

PROTECTION SYSTEM PROPERTIES

Dependability , Security & Reliability Properties

properties of protection system

Selectivity , Sensitivity , Speed Properties

Protection System Priority

Directional Protection

ELECTRICAL PROTECTION DEVICES

Oil Type Circuit Breaker

Air , Vacuum , SF6 Types Circuit Breakers

Break Failure Protection Device

OVERCURRENT RELAYS

Electromagnetic & Static Relays

Digital Relays

Factors Affecting Fault Current

Overcurrent Relays Tests

TYPES OF OVERCURRENT RELAYS

Definite Time / Definite Current Overcurrent Relay

Inverse Relay_1

Inverse Relay_2

ADJUSTING THE OVERCURRENT RELAY SETTINGS

Current Transformer Setting Selection

current transformer designing parameters

Pickup Current Setting Selection

Plug setting multiplier design

Time Dial Setting Selection

time dial setting design

Trip Unit Instantaneous Setting Selection

Notes about the Overcurrent Relays

PROTECTION DEVICES COORDINATION STUDY

Coordination Study

Fuses Coordination inside the Electrical Network_1

Fuses Coordination inside the Electrical Network_2

Circuit Breakers Coordination inside the Electrical Network

EARTH FAULTS PROTECTION

Residual , Neutral , Core Balance Earth Fault Relays

Frame Leakage , Residual Voltage Earth Fault Protection

DISTANCE PROTECTION

Idea Behind Distance Protection

distance Protections Vs Overcurrent Protection

Design the Impedance Diagram for any Electrical Network

Notes About the Impedance Diagram

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Reactance Distance Relays

MHO Distance Relay

Application on the MHO Distance Relay

Polarized MHO Relay

Lenticular and Quadrilateral Distance Relays

TRANSFORMER OVERCURRENT PROTECTION

Overview on the Transformer Protection

Idea behind Differential Protection

Modified Differential Relay

Transformer Inrush Current Protection

Transformer Overcurrent Protection

Transformer Short Circuit Capacity Design

TRANSFORMER OVERHEAT PROTECTION

Overheat Protection using Oil

BuchHolz Relay and TWI Protection

ELECTRICAL BACICS

MAIN ELECTRICAL PARAMETERS _1

MAIN ELECTRICAL PARAMETERS _2

POWER SYSTEM FUNDAMENTALS

SYNCHRONOUS GENERATOR CONTROL

DIFFERENT TYPES OF ELECTRICAL POWER

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Explores the theory and practice of protecting electrical systems from faults

Teaches the concepts of electrical protection systems, protection components, protection relaying, and protection strategies

Provides a comprehensive overview of the field, covering topics such as fault analysis, protective device coordination, and power system restoration

Taught by instructors with extensive experience in the field, ensuring that learners receive up-to-date and industry-relevant knowledge

Suitable for electrical engineers and technicians looking to enhance their skills in the design, installation, and maintenance of electrical protection systems

May be challenging for learners without a background in electrical engineering

Reviews summary

Electrical power control and protection

Learners largely agree that this course excels at explaining complex topics in a clear and engaging way. Those who took this course say instructors do an excellent job of breaking down abstract concepts and providing clear explanations. Examples and visual aids are frequently used, which may be particularly helpful for beginners.

Helpful visual aids

""I like the segmented nature of Sal’s approach; bite size nuggets of information. She speaks clearly and offers great insight to the new learner, like me""

""She makes the material engaging and easy to understand. She really knows her stuff and is a great resource for mastering the tarot!""

""It is an informative class that gives great feedback. I have Ben reading Tarot for a long time. Learning this new aspect of it has expanded my way of seeing the cards and further interpreting them for my readings.""

Many helpful examples

""easy to understand and lots of examples""

""very interesting, easy to follow, easy to understand. Very enjoyable thank you!""

""I appreciate the instructors intuitiveness and incredible amount of knowledge. Thank you!""

Clear and concise explanations

""It was great course for beginners. simple to follow""

""I like the way the course is set up. I've found the topics easy to remember so far""

""amazing I've learnt so much so far, not just about tarot but about how i connect to it""

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in The Complete Electrical Power Control and Protection with these activities:

Review basic electrical engineering concepts

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Refreshing foundational knowledge in electrical engineering to strengthen the understanding of overcurrent protection principles.

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Review textbooks or online resources on basic electrical engineering.
Solve practice problems to test your understanding.
Attend a refresher course or workshop.

Read 'Electrical Power System Protection' by C. Russell Mason

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Supplementing course content with a comprehensive reference on electrical power system protection.

View Melania on Amazon

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Obtain a copy of the book.
Read the chapters relevant to overcurrent protection.
Take notes and highlight important concepts.

Attend a workshop on overcurrent protection

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Gain practical insights and industry best practices in overcurrent protection through a workshop.

Browse courses on Electrical Protection

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Find a workshop that covers the topics you are interested in.
Register for the workshop.
Attend the workshop and participate actively.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Discuss overcurrent protection with classmates

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Engaging in peer discussions to reinforce understanding and exchange perspectives on overcurrent protection.

Browse courses on Electrical Protection

Show steps

Find a study partner or group.
Choose a topic related to overcurrent protection to discuss.
Prepare for the discussion by reading relevant materials.
Meet with your study partner or group to discuss the topic.

Explore overcurrent protection using Microchip EVMs

Show steps

Following Microchip EVM instructions for a smooth understanding of overcurrent protection.

Show steps

Select the appropriate EVM for your needs.
Follow the EVM user's guide to set up the hardware.
Run the EVM software to generate waveforms.
Analyze the waveforms to learn about overcurrent protection.

Solve overcurrent protection problems

Show steps

Reinforcing problem-solving skills in overcurrent protection scenarios.

Browse courses on Electrical Protection

Show steps

Identify the type of overcurrent protection problem.
Analyze the circuit to determine the fault current.
Select the appropriate overcurrent protection device.
Set the overcurrent protection device to the correct settings.

Design a trip unit for an overcurrent relay

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Applying the concepts of overcurrent relay trip units through hands-on design.

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Determine the desired trip characteristics.
Select the appropriate components for the trip unit.
Design the trip unit circuit.
Test the trip unit to ensure proper operation.

Career center

Learners who complete The Complete Electrical Power Control and Protection will develop knowledge and skills that may be useful to these careers:

Electrical Engineer

Electrical Engineers are responsible for designing, developing, testing, and maintaining electrical systems and equipment. They use their knowledge of electricity to solve problems and improve the efficiency of electrical systems. This course can help Electrical Engineers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to design, install, and maintain electrical systems. In particular, the section on coordination study between the protections systems in the power network will be helpful for Electrical Engineers who are responsible for designing and maintaining electrical distribution systems.

See salaries and explore the career path for Electrical Engineer

Electrical Technician

Electrical Technicians are responsible for installing, maintaining, and repairing electrical systems and equipment. They use their knowledge of electricity to troubleshoot problems and ensure that electrical systems are operating safely and efficiently. This course can help Electrical Technicians to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to install, maintain, and repair electrical systems. In particular, the section on tests applied on the overcurrent relays will be helpful for Electrical Technicians who are responsible for maintaining electrical systems.

See salaries and explore the career path for Electrical Technician

Power Systems Engineer

Power Systems Engineers are responsible for designing, developing, and maintaining power systems. They use their knowledge of electricity to ensure that power systems are operating safely and efficiently. This course can help Power Systems Engineers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to design, install, and maintain power systems. In particular, the section on distance protection using the distance relays will be helpful for Power Systems Engineers who are responsible for designing and maintaining power distribution systems.

See salaries and explore the career path for Power Systems Engineer

Protection Engineer

Protection Engineers are responsible for designing, developing, and maintaining protection systems for electrical equipment. They use their knowledge of electricity to ensure that protection systems are operating safely and efficiently. This course can help Protection Engineers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to design, install, and maintain protection systems. In particular, the section on directional protection system will be helpful for Protection Engineers who are responsible for designing and maintaining protection systems for electrical equipment.

See salaries and explore the career path for Protection Engineer

Electrical Maintenance Technician

Electrical Maintenance Technicians are responsible for maintaining and repairing electrical systems and equipment. They use their knowledge of electricity to troubleshoot problems and ensure that electrical systems are operating safely and efficiently. This course can help Electrical Maintenance Technicians to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to maintain and repair electrical systems. In particular, the section on overcurrent relay settings will be helpful for Electrical Maintenance Technicians who are responsible for maintaining electrical systems.

See salaries and explore the career path for Electrical Maintenance Technician

Electrical Designer

Electrical Designers are responsible for designing electrical systems for buildings and other structures. They use their knowledge of electricity to ensure that electrical systems are safe, efficient, and meet the needs of the occupants. This course can help Electrical Designers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to design electrical systems. In particular, the section on transformer overcurrent protection will be helpful for Electrical Designers who are responsible for designing electrical systems for buildings.

See salaries and explore the career path for Electrical Designer

Electrical Project Manager

Electrical Project Managers are responsible for planning, organizing, and directing electrical projects. They use their knowledge of electricity to ensure that electrical projects are completed safely, efficiently, and on time. This course can help Electrical Project Managers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to plan, organize, and direct electrical projects. In particular, the section on coordination study between the protections systems in the power network will be helpful for Electrical Project Managers who are responsible for managing electrical projects.

See salaries and explore the career path for Electrical Project Manager

Electrical Safety Inspector

Electrical Safety Inspectors are responsible for inspecting electrical systems and equipment to ensure that they are safe and meet code requirements. They use their knowledge of electricity to identify potential hazards and recommend corrective actions. This course can help Electrical Safety Inspectors to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to inspect electrical systems and equipment. In particular, the section on tests applied on the overcurrent relays will be helpful for Electrical Safety Inspectors who are responsible for inspecting electrical systems.

See salaries and explore the career path for Electrical Safety Inspector

Electrical Consultant

Electrical Consultants provide consulting services to clients on a variety of electrical engineering topics. They use their knowledge of electricity to help clients solve problems, improve the efficiency of electrical systems, and meet code requirements. This course can help Electrical Consultants to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to provide consulting services to clients on a variety of electrical engineering topics.

See salaries and explore the career path for Electrical Consultant

Electrical Contractor

Electrical Contractors are responsible for installing, maintaining, and repairing electrical systems and equipment. They use their knowledge of electricity to ensure that electrical systems are safe and meet code requirements. This course can help Electrical Contractors to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to install, maintain, and repair electrical systems.

See salaries and explore the career path for Electrical Contractor

Electrical Engineer Technician

Electrical Engineer Technicians assist Electrical Engineers in the design, development, and testing of electrical systems and equipment. They use their knowledge of electricity to build prototypes, conduct experiments, and troubleshoot problems. This course can help Electrical Engineer Technicians to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to assist Electrical Engineers in the design, development, and testing of electrical systems and equipment.

See salaries and explore the career path for Electrical Engineer Technician

Renewable Energy Engineer

Renewable Energy Engineers are responsible for designing, developing, and maintaining renewable energy systems. They use their knowledge of electricity to ensure that renewable energy systems are safe, efficient, and meet the needs of the occupants. This course can help Renewable Energy Engineers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to design, develop, and maintain renewable energy systems.

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Energy Auditor

Energy Auditors are responsible for assessing the energy efficiency of buildings and other structures. They use their knowledge of electricity to identify potential energy savings and recommend corrective actions. This course can help Energy Auditors to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to assess the energy efficiency of buildings and other structures.

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Solar Panel Installer

Solar Panel Installers are responsible for installing and maintaining solar panels. They use their knowledge of electricity to ensure that solar panels are safe and efficient. This course can help Solar Panel Installers to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to install and maintain solar panels.

See salaries and explore the career path for Solar Panel Installer

Wind Turbine Technician

Wind Turbine Technicians are responsible for installing, maintaining, and repairing wind turbines. They use their knowledge of electricity to ensure that wind turbines are safe and efficient. This course can help Wind Turbine Technicians to understand the basic concepts of electrical faults, protection systems, and overcurrent relays. It can also help them to develop the skills needed to install, maintain, and repair wind turbines.

See salaries and explore the career path for Wind Turbine Technician