Speed Control Methods of Induction Motors using MATLAB Prog.

Speed Control Methods of Induction Motors using MATLAB Prog., available at $34.99, has an average rating of 3.9, with 45 lectures, based on 28 reviews, and has 897 subscribers.

You will learn about Revise all equations regarding induction motor and its equivalent circuit. Create torque – speed characteristic curve of induction motor. Create current – speed characteristic curve of induction motor. know the principle concept of speed control of induction motor. Create M-Files using MATLAB programming for different methods of speed control. Learn the basics of Variable Speed Drives. This course is ideal for individuals who are This course is suitable for anyone interested in learning about induction motors. or Electrical Engineering Students. or Electrical Engineering Graduates. It is particularly useful for This course is suitable for anyone interested in learning about induction motors. or Electrical Engineering Students. or Electrical Engineering Graduates.

Enroll now: Speed Control Methods of Induction Motors using MATLAB Prog.

Summary

Title: Speed Control Methods of Induction Motors using MATLAB Prog.

Price: $34.99

Average Rating: 3.9

Number of Lectures: 45

Number of Published Lectures: 45

Number of Curriculum Items: 45

Number of Published Curriculum Objects: 45

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Revise all equations regarding induction motor and its equivalent circuit.
Create torque – speed characteristic curve of induction motor.
Create current – speed characteristic curve of induction motor.
know the principle concept of speed control of induction motor.
Create M-Files using MATLAB programming for different methods of speed control.
Learn the basics of Variable Speed Drives.

Who Should Attend

This course is suitable for anyone interested in learning about induction motors.
Electrical Engineering Students.
Electrical Engineering Graduates.

Target Audiences

This course is suitable for anyone interested in learning about induction motors.
Electrical Engineering Students.
Electrical Engineering Graduates.

Induction motors are the most widely used electrical motors due to their reliability, low cost, ruggedness and robustness.

However, induction motors do not inherently have the capability of variable speed operation.

The three phase induction motor is a self starting motor. The induction motor has two main parts (stator and rotor).

The speed of the three phase induction motor can be controlled by stator side or rotor side.

This course starts off covering some basic subjects which are needed so that you can understand how speed of induction motor can be varied and controlled.

The course consists of the following sections :-

Induction Motor ( Equations & its equivalent circuit).
Performance Curve of Induction Motor.
Changing number of poles of the motor.
Stator Voltage Control Method.
Rotor Voltage Control Method.
Frequency Control Method.
Stator Voltage and Frequency Control Method.
Stator Current Control Method.

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At the end of the course you will :

– Revise all basics of induction motors including equations and circuits.

– Understand all of the fundamentals of speed and torque control of induction motor.

– Revise different methods of speed control of induction motors from both stator and rotor side.

– Getting started with MATLAB Programming.

– How to create its performance curve successfully using MATLAB Programming.

Course Curriculum

Chapter 1: Introduction and Welcome Message

Lecture 1: Introduction

Lecture 2: Why should you take this course?

Chapter 2: Fundamentals of Three Phase Induction Motor

Lecture 1: Important Key Words

Lecture 2: Synchronous Speed & Slip

Lecture 3: Equivalent & Approximate Circuits

Lecture 4: Main Equations of Three Phase Induction Motor

Lecture 5: Torque – Speed Characteristics

Chapter 3: Performance Curve using MATLAB Programming (m.file)

Lecture 1: M.file for Performance Curve of Induction Motor – Part (1)

Lecture 2: M.file for Performance Curve of Induction Motor – Part (2)

Lecture 3: M.file for Performance Curve of Induction Motor – Part (3)

Lecture 4: M.file for Performance Curve of Induction Motor – Part (4)

Lecture 5: M.file for Performance Curve of Induction Motor – Part (5)

Lecture 6: Torque – Speed & Current – Speed Curves

Lecture 7: Find Maximum Torque & Starting Torque – Part (1)

Lecture 8: Find Maximum Torque & Starting Torque – Part (2)

Lecture 9: Motor Coupled with Load

Lecture 10: Finding Full load Current and Starting Current

Chapter 4: Speed Control of Induction Motor

Lecture 1: Methods of Speed Control of Induction Motor

Lecture 2: Pole Changing Method

Lecture 3: M.File of Pole Changing Method – Part (1)

Lecture 4: M.File of Pole Changing Method – Part (2)

Lecture 5: M.File of Pole Changing Method – Part (3)

Chapter 5: Stator Voltage Control Method

Lecture 1: Stator Voltage Method

Lecture 2: M.file of Stator Voltage Control

Lecture 3: Motor Coupled with A Load

Chapter 6: Rotor Voltage Control Method

Lecture 1: Rotor Voltage Control Method

Lecture 2: M.file of Rotor Resistance Method

Lecture 3: Motor Coupled with A Load

Chapter 7: Frequency Control Method

Lecture 1: Basics of Frequency Control

Lecture 2: M.file of Frequency Control – Part (1)

Lecture 3: M.file of Frequency Control – Part (2)

Lecture 4: M.file of Frequency Control – Part (3)

Lecture 5: M.file of Frequency Control – Part (4)

Chapter 8: Stator Voltage & Frequency Control Method

Lecture 1: V/F control

Lecture 2: M.file of VVVF Control – Part (1)

Lecture 3: M.file of VVVF Control – Part (2)

Lecture 4: M.file of VVVF Control – Part (3)

Lecture 5: M.file of VVVF Control – Part (4)

Lecture 6: M.file of VVVF Control – Part (5)

Chapter 9: Stator Current Control Method

Lecture 1: Basics of Stator Current Control

Lecture 2: M.file of Stator current Control – Part (1)

Lecture 3: M.file of Stator current Control – Part (2)

Lecture 4: M.file of Stator current Control – Part (3)

Lecture 5: M.file of Stator current Control – Part (4)

Chapter 10: Course Conclusion

Lecture 1: Course Conclusion

Instructors

Mostafa Salama
Electrical Project Engineer at EPS

Rating Distribution

1 stars: 2 votes
2 stars: 4 votes
3 stars: 5 votes
4 stars: 9 votes
5 stars: 8 votes

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