Electrical Installations Design

Electrical Installations Design, available at $49.99, has an average rating of 4.55, with 58 lectures, 6 quizzes, based on 261 reviews, and has 1211 subscribers.

You will learn about Design Electrical Power Systems Electrical Installation Building Wiring Installation Get Electrical Installation Certificate Electrical Installation and Maintenance Electrical Wiring Design Electrical Panel Building Electrical Installation Design Building Electrical Installation How To Deal With Electrical Contractors Design Industry Motors Circuits Sizing Electrical Power Transformers Sizing Miniature Circuit Breaker Sizing Molded Case Circuit Breaker Sizing High Voltage Circuit Breaker Design Motor Protection Circuit Breaker Sizing Earth Leakage Circuit Breaker Sizing Low Voltage Cables Sizing Medium Voltage Cables Wire Size Sizing Fuse Design Branch and Main Electrical Three Phase and Single Phase Circuits This course is ideal for individuals who are Electrical Power Engineers or Electricians or Under Graduate Electrical Engineering Students or Post Graduate Electrical Engineering Students or Electrical Designer Engineers or Electrical Maintenance Engineers or Power Systems Engineers or Electrical Operators or Electrical Site Engineers or Technicians or Control Engineers or Consultants or Developers or Building Energy Managers or Building Services Engineers or Facility Maintenance Managers or Project Engineers It is particularly useful for Electrical Power Engineers or Electricians or Under Graduate Electrical Engineering Students or Post Graduate Electrical Engineering Students or Electrical Designer Engineers or Electrical Maintenance Engineers or Power Systems Engineers or Electrical Operators or Electrical Site Engineers or Technicians or Control Engineers or Consultants or Developers or Building Energy Managers or Building Services Engineers or Facility Maintenance Managers or Project Engineers.

Enroll now: Electrical Installations Design

Summary

Title: Electrical Installations Design

Price: $49.99

Average Rating: 4.55

Number of Lectures: 58

Number of Quizzes: 6

Number of Published Lectures: 57

Number of Published Quizzes: 6

Number of Curriculum Items: 64

Number of Published Curriculum Objects: 63

Number of Practice Tests: 2

Number of Published Practice Tests: 2

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

Design Electrical Power Systems
Electrical Installation
Building Wiring Installation
Get Electrical Installation Certificate
Electrical Installation and Maintenance
Electrical Wiring
Design Electrical Panel
Building Electrical Installation Design
Building Electrical Installation
How To Deal With Electrical Contractors
Design Industry Motors Circuits
Sizing Electrical Power Transformers
Sizing Miniature Circuit Breaker
Sizing Molded Case Circuit Breaker
Sizing High Voltage Circuit Breaker
Design Motor Protection Circuit Breaker
Sizing Earth Leakage Circuit Breaker
Sizing Low Voltage Cables
Sizing Medium Voltage Cables
Wire Size
Sizing Fuse
Design Branch and Main Electrical Three Phase and Single Phase Circuits

Who Should Attend

Electrical Power Engineers
Electricians
Under Graduate Electrical Engineering Students
Post Graduate Electrical Engineering Students
Electrical Designer Engineers
Electrical Maintenance Engineers
Power Systems Engineers
Electrical Operators
Electrical Site Engineers
Technicians
Control Engineers
Consultants
Developers
Building Energy Managers
Building Services Engineers
Facility Maintenance Managers
Project Engineers

Target Audiences

Electrical Power Engineers
Electricians
Under Graduate Electrical Engineering Students
Post Graduate Electrical Engineering Students
Electrical Designer Engineers
Electrical Maintenance Engineers
Power Systems Engineers
Electrical Operators
Electrical Site Engineers
Technicians
Control Engineers
Consultants
Developers
Building Energy Managers
Building Services Engineers
Facility Maintenance Managers
Project Engineers

EPS LLC introduce Electrical installation Design Course

In this course, you will learn electrical design in accordance with standard specifications IEEE, IEC, and NEC.

You Will Learn in This Course Electrical Installation Design Part 1:-

– Electrical Design Considerations

– Basics of Electrical Power Systems

– Different Types of Electrical Installed Powers

-Loads Characteristics ( Inductive Loads, Resistive Loads, and Lighting loads )

– Design Different Types of Electrical Loads Single Phase Circuits and Three Phase Circuits

– Power Loading How to Apply Demand Factor and Diversity Factor on Branch and Main Electrical Circuits

– Feeder Sizing

– Classify Different Types of Electrical Transformers and How To Select The Suitable Transformer Rating

– Parallel Operation of Transformers ( Two and more transformers connected in parallel )

– Transformer Efficiency

– Voltage Drop on Transformers

– Compensate Electric Power at Transformer Terminals

– We Will Explain Different Types of Circuit Breakers

– Sizing Miniature Circuit Breaker and Molded Case Circuit breaker for Single Phase circuits and Three Phase Circuits

– Sizing Earth Leakage Circuit Breaker

– Low voltage Circuit Breakers, Medium Voltage Circuit breakers, and High Voltage Circuit Breakers

a- Fuse Selection

– Sizing Cable, Wire Sizing

– Low voltage cables, Medium Voltage cables, and High Voltage Cables

– Complete Design For Branch and Main circuits

and more

This course is a summary of a set of scientific research, many references, and work experience.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Project management and Electrical Design Considerations Part 1

Lecture 2: Project management and Electrical Design Considerations Part 2

Lecture 3: Project management and Electrical Design Considerations Part 3

Lecture 4: Types of Contracts

Chapter 2: Basics of Electricity

Lecture 1: Basics of Electrical Systems

Lecture 2: Residential Electric Power

Lecture 3: Low Voltage Systems

Lecture 4: Current Flow In Cable – Q & A

Lecture 5: Neutral Conductor – Q & A

Chapter 3: Load Characteristics

Lecture 1: Induction Motors

Lecture 2: Compensation of Reactive Power in Induction Motors

Lecture 3: Resistive Loads

Lecture 4: Lighting Loads

Lecture 5: Converting From HP To VA and Safety Factor – Q & A

Chapter 4: Power Loading

Lecture 1: Total Connected Power

Lecture 2: Actual Maximum Power Demand

Lecture 3: Demand and Diversity Factors Applied on Project

Lecture 4: Diversity Factor

Lecture 5: Cable Ampacity for Distribution Circuits and TT Earthing System

Lecture 6: Three Phase Loads

Chapter 5: Transformer

Lecture 1: Transformer Types and Specifications

Lecture 2: Transformer Nameplate – NEMA Standards

Lecture 3: Full Load Current

Lecture 4: Transformer Sizing

Lecture 5: Transformer Sizing – Example

Lecture 6: Transformer Selection – Power Compensation

Lecture 7: Transformer – Loading and Efficiency

Lecture 8: Transformer – Voltage Drop

Lecture 9: Choice of Transformer Rating and Overloading

Lecture 10: Transformers – Parallel Operation

Lecture 11: Two Transformers in Parallel

Lecture 12: Transformer – Circulating Current

Lecture 13: Power Transformer Rating

Lecture 14: Transformer Sizing According to Its Type

Lecture 15: How Many Transformers Needed to Supply Loads

Chapter 6: Protective Devices

Lecture 1: Introduction to Circuit Breaker

Lecture 2: Circuit Breaker Sizing for Single Phase Loads

Lecture 3: Circuit Breaker Sizing – NEC 2020

Lecture 4: Circuit Breaker Sizing for Three Phase Loads

Lecture 5: Earth Leakage Circuit Breaker Selection

Lecture 6: Ground Fault Circuit Interrupter Installation – NEC 2020

Lecture 7: Locating Different Types of Circuit Breakers

Lecture 8: Medium Voltage Circuit Breaker and Short Circuit Levels

Lecture 9: CB Setting

Lecture 10: MCCB Settings – Q & A

Lecture 11: Fuse Sizing

Lecture 12: Fuse Sizing and Inverse Time Breaker Sizing – NEC 2020

Lecture 13: Transformer Protection CB & Fuse- NEC 2020

Chapter 7: Cable

Lecture 1: Cable Description

Lecture 2: Cable Sizing Part 1

Lecture 3: Cable Sizing – NEC 2020

Lecture 4: Cable Sizing for Transformer and High Load Currents

Lecture 5: Branch and Main Circuits Design for Three Phase Loads

Lecture 6: Motor Minimum Conductor Size and Overload Protection Sizing – NEC 2020

Lecture 7: Receptacles Types and Maximum Loading on Branch Circuit- NEC 2020

Chapter 8: Short Circuit Test

Lecture 1: Fault Current at Distribution Board according to IEEE – Bonus Lecture

Lecture 2: Short Circuit Current and Maximum Power of CB – Q & A

Instructors

Mohamed Ezat
Electrical Power Systems Engineer

Rating Distribution

1 stars: 19 votes
2 stars: 16 votes
3 stars: 69 votes
4 stars: 68 votes
5 stars: 89 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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