Rating 4.75 out of 5 (306 ratings in Udemy)
What you'll learn
- Understand the Great Importance of Transformers
- Understand why are the Transformers backbone of Power System
- Understand the Importance of Iron Core
- Learn about the Magnetic Circuit represented by the Core
- Understand the Construction of the Windings in Transformer and how they are put inside the Core
- Get the Reason for Using Copper for the Windings
- Classify the Windings according to different categories
- Understand the …
Rating 4.75 out of 5 (306 ratings in Udemy)
What you'll learn
- Understand the Great Importance of Transformers
- Understand why are the Transformers backbone of Power System
- Understand the Importance of Iron Core
- Learn about the Magnetic Circuit represented by the Core
- Understand the Construction of the Windings in Transformer and how they are put inside the Core
- Get the Reason for Using Copper for the Windings
- Classify the Windings according to different categories
- Understand the Function of Insulating Material and Transformer Oil
- Realize the Importance of the Conservator in Transformer
- Understand how Breather Remove the moisture and Why?
- Realize how Important the Bushings for Human Safety
- Understand the Importance of Tap changer and its effect on Load Variation
- Realize the Benefit of Cooling Tubes for Oil
- Understand how Important is the Buchholz Relay in Transformer
- Realize benefit of the Explosion Vents to protect Transformer from Explosion.
- Differentiate between Different Methods of Cooling of Transformer and Their Corresponding Power Rating
- Understand the Different Types of Transformers as Power and Distribution Transformers
- Understand the Difference between Single Phase Core and Shell Type Transformers
- Understand the Difference between Three Phase Core and Shell Type Transformers
- Compare between the Shell Type and Core Type Transformers
- Understand the Theory of Operation of Transformer
- Differentiate between Ideal and Non Ideal Transformers
- Realize the Effect of Loading on Transformer
- Understand the Transformer Regulation and Efficiency
- Learn about Different Losses occurring in Transformer
- Understand the Meaning of Transformer Rating
- Understand the Voltage relation in Transformer
- Differentiate between Approximate and Exact Equivalent Circuits of Transformer
- Understand the Concept of Referring in Transformer
- Learn Solved Example on Transformer
- Understand the Importance of the Magnetic circuit and its application like Transformer.
- Learn about the difference between Linear and non Linear Materials .
- Understand the Important Definitions of Magnetic Circuits.
- learn about the Flux Linkage and Reluctance.
- Understand the Analogy between the Magnetic and Electric Circuits
- learn about Induced EMF and Current.
- Solve Examples on the Magnetic Circuit.
- Understand the Fringing Effect.
- Use Ampere Right Hand Rule or screw Rule.
- Importance and construction of DC machines.
- Armature Winding And EMF Equation.
- Separately Excited DC Machine.
- Shunt And Series DC Machines.
- Types And Applications Of Compound DC Motors.
- Torque-Speed Characteristics And Speed Control Of Separately Excited DC Motor.
- Torque-Speed Characteristics Of Series DC Motor.
- Starting Of DC Machine.
- Losses In DC Machines.
- Dozens Of Solved Examples On All Types Of DC Machines.
- Construction And Principle Of Operation Of Synchronous Generator.
- Principle Of Operation Of Synchronous Motor.
- Equivalent Circuit And Phasor Diagram Of Non Salient Synchronous Machine.
- Equivalent Circuit And Phasor Diagram Of Salient Synchronous Machine.
- Parallel Operation Of Two Generators.
- Synchronization Of Machine With Grid.
- Dozens Of Solved Examples On Synchronous Machines Salient And Non Salient.
- Construction And Theory Of Operation Of Induction Machines.
- Equivalent Circuit And Power Flow In Induction Motor.
- Torque-Speed Characteristics Of Induction Motor.
- Methods Of Speed Control Of Induction Motor.
- Methods Of Starting Induction Motor.
- Principle Of Operation Of Doubly Fed Induction Generator.
- Self Excited Induction Generator.
- Dozens Of Solved Examples On Induction Machines.
- Modeling of the DC machine in a no-load case using Simulink in MATLAB
- Modeling of the DC machine in presence of load torque using Simulink in MATLAB
- Simulating the DC machine using a power library from Simulink in MATLAB
- Simulation of induction motor using Simulink in MATLAB
- Simulation of the synchronous machine connected to a small power system
Description
"Ultimate Electrical Machines Course Bundle for Complete Beginners"
The only course bundle out there with everything you need to know about DC machines, induction machines, transformers, magnetic circuits, synchronous machines, and generators
First Course "Complete DC Machines Course for Electrical Engineering"
Throughout the course you will learn:
Importance and construction of DC machines.
Armature winding and emf equation.
Separately excited DC machine.
Shunt and series DC machines.
Types and applications of compound DC motors.
Torque-speed characteristics and speed control of separately excited DC motor.
Torque-speed characteristics of series DC motor.
Starting of DC machine.
Armature reaction in DC machines.
Losses in DC machines.
Dozens of solved examples on all types of DC machines.
All of these topics are in a step by step lessons with many solved examples.
Second Course "Complete Magnetic Circuits and Transformers Course for Electrical Engineering"
Throughout the course you will learn:
Importance of the magnetic circuit and its application like a transformer.
Difference between linear and non-linear materials.
Important definitions of magnetic circuits, flux linkage, and reluctance.
The analogy between the magnetic and electric circuits, the similarity between them like resistance, reluctance, conductivity, permeability, EMF, MMF, current, flux, magnetic flux density, and current density.
Induced EMF, fringing effect, and ampere right-hand rule or screw rule.
Importance of transformers and why it is considered as the Backbone of the Power System.
Iron Core is responsible for the magnetic flux action.
Magnetic Circuit which is Represented by the iron core.
Windings of transformer, types, categories, and construction.
Insulating Material between the windings and iron core + Transformer Oil and its great importance.
Conservator of the transformer which contains oil and its function.
Breather is used as a filter in a Transformer.
Bushings which is important for human safety and protection from instant death.
Tap Changer is used to control the voltage according to the load variations.
Cooling Tubes for transformer oil cooling and heat dissipation.
Buchholz Relay in transformer for gas detection.
Explosion Vents for protection of the transformer in case of internal faults.
Different Methods of Cooling of Transformers and their corresponding power Rating.
Different types of transformers as Power and Distribution Transformers.
Difference between Single Phase Core and Shell Type Transformers.
Difference between Three Phase Core and Shell Type Transformers.
Comparison between the Shell Type and Core Type Transformers.
Theory of Operation of Transformer.
Effect of Loading on the Transformer.
Transformer Regulation and Efficiency.
Different Losses occurring in Transformer.
Transformer Rating.
Voltage relation in the transformer.
Approximate and Exact Equivalent Circuits of the transformer.
Concept of Referring in Transformer.
All of these topics are in a step by step lessons with many solved examples.
Third Course "Complete Synchronous Machines Course for Electrical Engineering"
Throughout the course you will learn:
Construction and principle of operation of synchronous generator.
Principle of operation of synchronous motor.
Equivalent circuit and phasor diagram of non-salient synchronous machine.
Equivalent circuit and phasor diagram of salient synchronous machine.
Parallel operation of two generators.
Synchronization of the machine with the grid.
Dozens of solved examples on synchronous machines salient and non-salient.
All of these topics are in a step by step lessons with many solved examples.
Fourth Course "Complete Induction Machines Course for Electrical Engineering"
Throughout the course you will learn:
Construction and theory of operation of induction machines.
Equivalent circuit and power flow in the induction motor.
Torque-speed characteristics of induction motor.
Methods of speed control of induction motor.
Methods of starting induction motor.
Principle of operation of doubly fed induction generator.
Self-excited induction generator.
Dozens of solved examples on induction machines.
All of these topics are in a step by step lessons with many solved examples.
Fifth Course "DC Machine, Induction Machine, and Synchronous Generator Simulations"
Throughout the course you will learn:
Modeling of the DC machine in a no-load case using Simulink in MATLAB.
Modeling of the DC machine in presence of load torque using Simulink in MATLAB.
Simulating the DC machine using a power library from Simulink in MATLAB.
Simulation of induction motor using Simulink in MATLAB.
Simulation of the synchronous machine connected to a small power system.
All of these topics are in a step by step lessons with many solved examples.
If you've been looking for ONE COURSE BUNDLE with in-depth insight into the basics of electrical machines, take this bundle.
Paid
Self paced
All Levels
English (US)
2146
Rating 4.75 out of 5 (306 ratings in Udemy)
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