Electrical Power Engineering Chapter 3 Earthing Grounding

Calculate, design and measure earthing and grounding systems
Electrical Power Engineering Chapter 3 Earthing Grounding
File Size :
1.66 GB
Total length :
4h 36m

Instructor

İhsan Emre BENGİ

Language

Last update

2/2021

Ratings

3.9/5

Electrical Power Engineering Chapter 3 Earthing Grounding

What you’ll learn

Everything about earthing and grounding techniques

Electrical Power Engineering Chapter 3 Earthing Grounding

Requirements

No

Description

In this course, you will learn how to calculate, design and measure earthing and grounding systems. This course covers all of the earthing issues that you can deal with in real life applications. You will also learn step potential, touch potential, mesh potential, transfer potential, etc which are very important concepts for designing earthing systems. In general overview section, you will learn why do we need earthing and grounding systems and also the three fundamental grounding systems called TN, TT and IT.In measurement section, you will learn how to measure and calculate soil resistivity with different kinds of methods like variation of depth method, Wenner method and Schlumberger–Palmer method . You will also learn how to measure earthing resistance with different kinds of methods namely dead earth method, three point method, fall of potential method and equilateral triangle method . In design section, you will learn different earthing topologies that you can use in your projects and also a comprehensive example about earthing system design is also included in design section. In calculation section, you will learn each calculation method for different earthing system topologies like single earthing rod, single earthing plate, earthing conductor mesh systems without earthing rods, earthing conductor mesh systems with earthing rods, etc.

Overview

Section 1: General Overview of Earthing and Grounding Systems

Lecture 1 What is Earthing and Grounding?

Lecture 2 System Grounding and Protective Earthing

Lecture 3 Types of Grounding Systems

Lecture 4 TN Grounding Systems

Lecture 5 TT and IT Grounding Systems

Section 2: Earthing System Calculations

Lecture 6 Basic Concepts – Step Potential, Touch Potential and Equipotential Lines

Lecture 7 Basic Concepts 2

Lecture 8 Effects That Change Soil Resistivity and Earthing Resistance

Lecture 9 Soil Resistivity Calculation

Lecture 10 Earthing Rods’ Resistance Calculation

Lecture 11 Earthing Conductors’ Resistance Calculation

Lecture 12 Earthing Plates’ Resistance Calculation

Lecture 13 Closed Loop Earthing Systems Resistance Calculation

Lecture 14 Mesh Grids Without Earthing Rods Resistance Calculation

Lecture 15 Mesh Grids With Earthing Rods Resistance Calculation

Section 3: Earthing System Design

Lecture 16 Determining The Crosssection Area of Earthing Conductors

Lecture 17 Determining Touch and Step Potential Limits

Lecture 18 Calculating Mesh and Step Potentials in Earthing Design

Lecture 19 A Comprehensive Example About Earthing System Design

Section 4: Earthing System Measurements

Lecture 20 General Safety Rules

Lecture 21 Some Information For Soil Resistivity

Lecture 22 Soil Resistivity Measurement: Variation of Depth Method

Lecture 23 Soil Resistivity Measurement: Four Point Method (Wenner-Schlumberger)

Lecture 24 Earthing Resistance Measurement: Dead Earth Method

Lecture 25 Earthing Resistance Measurement: Three Point Method

Lecture 26 Earthing Resistance Measurement: Fall of Potential Method

Lecture 27 Earthing Resistance Measurement: Equilateral Triangle Method

Electrical Engineering students, Electrical engineers

Course Information:

Udemy | English | 4h 36m | 1.66 GB
Created by: İhsan Emre BENGİ

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