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👉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.
Description
"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.
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.