Ultimate ETAP Power System Analysis For Electrical Engineer

Ultimate ETAP Power System Analysis For Electrical Engineer, available at $49.99, has an average rating of 4.62, with 50 lectures, 2 quizzes, based on 43 reviews, and has 349 subscribers.

You will learn about understand what are the types of buses in power system. understend types of faults understand ArC Flash problem understand the differences between ARC flash boundaries. understand the reason for grounding system understand What are harmonics Grounding Mate Calculations Transformer Design Calculation Relay Coordination Study Unbalanced Load Flow analysis Power System Design and Analysis using ETAP Motor Starting Study Load Flow Analysis Underground Cables Selection and Sizing Transformer Sizing Unbalanced Short Circuit Analysis. Optimum Capacitor bank sizing and placement Cable Pulling System This course is ideal for individuals who are Electrical Engineer or Beginners Who Are New To ETAP Software or Graduate Electrical Engineers For Cracking The Interviews or Project Engineers or Electrical Operators or Electrical Technicians or Electrical Engineering Students Preparing Their Projects. It is particularly useful for Electrical Engineer or Beginners Who Are New To ETAP Software or Graduate Electrical Engineers For Cracking The Interviews or Project Engineers or Electrical Operators or Electrical Technicians or Electrical Engineering Students Preparing Their Projects.

Enroll now: Ultimate ETAP Power System Analysis For Electrical Engineer

Summary

Title: Ultimate ETAP Power System Analysis For Electrical Engineer

Price: $49.99

Average Rating: 4.62

Number of Lectures: 50

Number of Quizzes: 2

Number of Published Lectures: 49

Number of Published Quizzes: 2

Number of Curriculum Items: 52

Number of Published Curriculum Objects: 51

Original Price: $99.99

Quality Status: approved

Status: Live

What You Will Learn

understand what are the types of buses in power system.

understend types of faults

understand ArC Flash problem

understand the differences between ARC flash boundaries.

understand the reason for grounding system

understand What are harmonics

Grounding Mate Calculations

Transformer Design Calculation

Relay Coordination Study

Unbalanced Load Flow analysis

Power System Design and Analysis using ETAP

Motor Starting Study

Load Flow Analysis

Underground Cables Selection and Sizing

Transformer Sizing

Unbalanced Short Circuit Analysis.

Optimum Capacitor bank sizing and placement

Cable Pulling System

Who Should Attend

Electrical Engineer

Beginners Who Are New To ETAP Software

Graduate Electrical Engineers For Cracking The Interviews

Project Engineers

Electrical Operators

Electrical Technicians

Electrical Engineering Students Preparing Their Projects.

Target Audiences

Electrical Engineer

Beginners Who Are New To ETAP Software

Graduate Electrical Engineers For Cracking The Interviews

Project Engineers

Electrical Operators

Electrical Technicians

Electrical Engineering Students Preparing Their Projects.

If you want to start your career in Power System Design and make money from it? Or if you are interested in Electrical Engineering track? 

Then this course is the one you need. As it’s the only course which contains all this information in one Place.

This course provides a knowledge in power system modeling and analysis by utilizing the ETAP program and its features. This will enable you to effectively design and resolve different actual power system issues.

You will acquire the knowledge and skills to model and evaluate the steady-state and dynamic power system, and to perform various analysis such as arc-flash analysis, transient stability, motor starting analysis, short-circuit analysis, harmonics analysis, protection example, earthing analysis, Unbalanced Load Flow analysis, Cable Sizing, Cable Pulling System and Transformer Sizing.

The course will begin with the ETAP software overview, basics of one-line diagram creation, and data entry, and quickly expand the users’ knowledge to include methods to automatically perform multiple ‘what if’ studies using multiple scenarios.

Also covered in the course is how to use ETAP to simulate transient stability analysis. In a short amount of time, the user can learn to automatically conduct numerous “what if” analyses utilizing various situations, as well as generate a single-line diagram and enter data. In order to make the concepts easier to understand for the attendees, the topics are presented with both theoretical and practical calculations.

Ultimately, you will have a foundational understanding of voltage-dependent relay coordination for a generator, as well as how to accomplish protection coordination in power systems. In order to ensure that the electrical system’s many protection devices – relays, breakers, fuses, etc. – are properly coordinated and sized for the equipment they safeguard, a protection coordination study is conducted.

Topics will be covered:

1. Load Flow using manual calculations or using Etap 19.

2. Short Circuit Study based on IEC 60909 and 61363.

3. Arc Flash Study and Label production.

4. Optimum Capacitor bank sizing and placement.

5. Cable Pulling System.

6. Unbalanced Load Flow Analysis.

7. Unbalanced Short Circuit Analysis.

8. Power System Stability and Perform transient stability study.

9. Difference between Static and Dynamic Motor Starting Study.

10. Over Current Relay Settings and StarZ Protection.

11. Harmonics and Filter Sizing and Selection.

12. Grounding Grid Sizing.

13. Solar Array and Wind Power Plant load flow

14. Transformer Sizing

15. Underground Cables Selection and Sizing

In this Course

You would find these tracks to be simple to pick up.

We’ll elevate your degree of designing and analysis from scratch.

You’ll study using an engaging, hands-on approach that will help you understand without getting bored.

To succeed, all you need is an insatiable desire and an open mind!

So don’t hesitate and click “Buy Now ” button so you can begin on the right path!

Start your Electrical Engineering career now with many practical Power System Analysis Examples accepts in our course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction To Etap 19

Lecture 2: Course Materials

Lecture 3: One Line View Drawing Part 1

Lecture 4: One Line View Drawing Part 2

Lecture 5: One Line View Drawing Part 3

Lecture 6: Selecting Transformer Rating

Lecture 7: Construction of Underground Cables

Lecture 8: Specifications of Cables

Lecture 9: Example on Cable Sizing

Chapter 2: Power Flow Analysis

Lecture 1: Power Flow and Bus Types

Lecture 2: Manual Calculation

Lecture 3: Exercise Part 1

Lecture 4: Exercise Part 2

Lecture 5: Winter Operation

Chapter 3: Short Circuit Study

Lecture 1: Fault Types

Lecture 2: Example Part 1

Lecture 3: Example Part 2

Chapter 4: ARC Flash Study

Lecture 1: ARC Flash knowledge

Lecture 2: ARC Flash limits

Lecture 3: Example

Chapter 5: Motor Acceleration Analysis

Lecture 1: Static Motor Starting Part 1

Lecture 2: Static Motor Starting Part 2

Lecture 3: Dynamic Motor Starting

Lecture 4: Dynamic Motor Starting with VFD

Chapter 6: Transient Stability Study

Lecture 1: Power System Stability

Lecture 2: Manual Calculations

Lecture 3: Example 1

Lecture 4: Example 2 Part 1

Lecture 5: Example 2 Part 2

Chapter 7: Harmonics Study

Lecture 1: Harmonic waveform problem

Lecture 2: Harmonics Analysis

Lecture 3: Harmonics Filter

Chapter 8: Protection and Coordination

Lecture 1: Current Transformer ratings

Lecture 2: Overcurrent relay

Lecture 3: Inverse Setting of Over Current Relay

Lecture 4: Instantaneous Setting of Over Current Relay

Lecture 5: Coordination Part 1

Lecture 6: Coordination Part 2

Chapter 9: Renewable Energy Resources

Lecture 1: Wind Turbine Generator

Lecture 2: PV Array

Chapter 10: Unbalanced Load Flow Analysis

Lecture 1: UnBalanced Load Flow Example

Chapter 11: Unbalanced Short Circuit Analysis

Lecture 1: Unbalanced Short Circuit Analysis Example

Chapter 12: Optimum Capacitor Bank Selection

Lecture 1: Power Factor Correction

Lecture 2: Power Factor Correction using Excel

Lecture 3: Optimum Capacitor Placement example

Chapter 13: Cable Pulling System

Lecture 1: Cable Pulling System Example

Chapter 14: Grounding Designing

Lecture 1: Why Grounding?

Lecture 2: Ex P1

Lecture 3: Ex P2

Instructors

Education academy
Passion to Learn

Rating Distribution

1 stars: 0 votes

2 stars: 0 votes

3 stars: 3 votes

4 stars: 16 votes

5 stars: 24 votes

Frequently Asked Questions

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