Name: Electrical Fault Analysis Training
Price: 29.99 GBP

Electrical Fault Analysis Training Overview:

The Electrical Fault Analysis Training course provides a thorough understanding of electrical fault types and their effects on power systems. Learn to differentiate between symmetrical and unsymmetrical faults, understand the conditions leading to faults, and analyze their impact on electrical components. Key topics include fault classification, phase diagrams, and the application of Thevenin methods in fault analysis.

The course delves into the technicalities of modeling unbalanced systems, drawing reactance diagrams, and studying equivalent circuits for various fault types. Advanced sections cover ETAP software for conducting load flow analysis, short circuit studies, arc flash assessments, and motor acceleration analysis. These simulations enable precise analysis of fault occurrences and system behaviors.

By combining foundational knowledge with advanced tools like ETAP, this course offers electrical engineers a comprehensive guide to effectively analyze and manage faults in complex power systems. Gain a clear understanding of concepts like harmonic analysis, transient stability, and the use of PV systems in fault analysis.

Learning Outcomes of Electrical Fault Analysis Training:

By completing this course, learners will be able to:

Understand the causes and types of symmetrical and unsymmetrical faults in power systems.
Analyze fault conditions using equations, phasor diagrams, and sequence components.
Learn fault classification based on time, phases, and circuit conditions.
Conduct advanced fault analysis and system simulations using ETAP software.
Study the effects of harmonics and implement solutions like harmonic filtering.

Who is This Course For?

Engineers involved in power system operations and maintenance.
Electrical engineering students focusing on fault analysis.
Technicians interested in understanding fault behavior in power systems.
Professionals aiming to enhance their understanding of ETAP software applications.

Certification of Electrical Fault Analysis Training:

Enhance your profile with a CPD-accredited certificate, available for an additional cost after course completion.

Requirements:

This course does not have academic entry requirements and is open to students of all backgrounds.

Career Paths:

After successfully completing this Electrical Fault Analysis Training course, you can enhance your career prospects in various fields:

Power Systems Engineer: £35,000 – £60,000 per year
Electrical Design Engineer: £40,000 – £65,000 per year
Fault Analysis Engineer: £45,000 – £70,000 per year
ETAP Specialist: £50,000 – £75,000 per year
Electrical Consultant: £50,000 – £80,000 per year

And Many More!

Course Curriculum

Section 01: Symmetrical Faults
	What Does a Fault Mean	00:06:00
	What Does Overloading Mean	00:07:00
	Fault Due to Wrong Operation in Electrical System	00:04:00
	Types of Electrical Faults According to Number of Phases	00:07:00
	Symmetrical and Unsymmetrical Faults in Power System	00:09:00
	Difference between Earth Fault and Phase Fault	00:02:00
	Classification of Faults According to Time	00:02:00
	Equations and Phasor Diagram for a Healthy Balanced System	00:31:00
	Phasor Diagram of Three Phase to Ground Fault	00:08:00
	Phasor Diagram of Single Line to Ground Fault	00:03:00
	Phasor Diagram of Line to Line Fault	00:04:00
	Phasor Diagram of Double Line to Ground Fault	00:02:00
	Open Circuit Fault in Electrical Systems	00:13:00
	Current and Voltage Waveforms in Case of Fault Occurrence	00:10:00
	Representation of Electrical Components and Per Unit System	00:16:00
	Some Important Notes	00:04:00
	Example 1 on Per Unit System	00:20:00
	Example 2 on Per Unit System	00:19:00
	Different Reactance of Machine During Fault Occurence	00:08:00
	Thevenin Methods and Steps for Fault Analysis of Symmetrical Faults	00:25:00
	Example 1 on Symmetrical Fault Analysis	00:22:00
	Example 2 on Symmetrical Fault Analysis	00:14:00
	Example 3 on Symmetrical Fault Analysis	00:13:00
	Example 4 on Symmetrical Fault Analysis	00:12:00
Section 02: Unsymmetrical Faults
	Introduction to Unsymmetrical Faults	00:06:00
	Conversion of Unbalanced System into Balanced Systems	00:21:00
	Modelling Different Components for Reactance Diagram	00:08:00
	Example on Drawing Reactance Diagram of +ve, -ve and Zero Sequences	00:20:00
	Steps of Solution	00:03:00
	Equivalent Circuits for Different Fault Types	00:15:00
	Example 1 on Unsymmetrical Faults Part 1	00:19:00
	Example 1 on Unsymmetrical Faults Part 2	00:19:00
	Example 1 on Unsymmetrical Faults Part 3	00:19:00
	Example 2 on Unsymmetrical Faults	00:30:00
Section 03: ETAP Course
	Introduction to ETAP	00:15:00
	Drawing Single Line Diagram in ETAP	00:12:00
	Adding Ratings to Components in ETAP	00:22:00
	Load Flow and Types of Buses	00:05:00
	Load Flow Analysis Using ETAP	00:19:00
	Load Flow Analysis at Different Loading Categories	00:09:00
	Short Circuit Analysis Using ETAP	00:14:00
	Arc Flash Studies	00:16:00
	Arc Flash Studies Using ETAP Program	00:17:00
	Transient Stability Using ETAP 18	00:23:00
	Definition of Harmonics	00:23:00
	Harmonic Analysis Using ETAP	00:23:00
	Harmonic Filter Using ETAP	00:14:00
	PV System Simulation Using ETAP	00:25:00
	ETAP Motor Acceleration Analysis – Static Motor Starting	00:17:00
	ETAP Motor Acceleration Analysis – Dynamic Motor Starting	00:12:00
	How to Add a Starting Method to Motor in ETAP	00:10:00
	VFD – Variable Frequency Drive Control of Motor in ETAP	00:09:00
	Simple Example on Load Flow Analysis Using ETAP Program	00:11:00