Electrical Engineering – Power Transformer Design Concepts
Free Download Electrical Engineering – Power Transformer Design Concepts
Published: 11/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 976.07 MB | Duration: 1h 18m
Power Transformer Design concepts with key concepts related to the Designing of a Power Transformer
What you'll learn
Power Trfr Design/Manufacturing : Basics, Common Terminologies & Formulas
Types of "CORE" & "WINDING" discussed alongside their applications
Electrical Creepage & Jump as per Rated & Test Voltages
Various Types of Tap Changers - ON LOAD and OFF CIRCUIT and their applications
Concept of Impedance Voltage Calculations
Computation of "Core" & "Coils" weights, No Load & Load Losses
Types of Cooling
Utility of Oil, Tank & Bushings
Importance of Software for Impulse Voltages & Short Circuit Force Calculations
Requirements
Basic information on Power Transformer
Description
This course touches the key concepts related to the Design process of a Power Transformer :Basics, Terminologies & Formulae used during DesignCore & Coils & Tap Changers conceptsSafe Electrical GapsPercentage Impedance Calculations with Electrical LossesCoolingImpulse Voltages & Short Circuit ForcesThis course is very useful for Design Engineers, Trainee Engineers who are working in Transformer Industries & Utilities. Also, this course is very beneficial for those who are working as Production, Test Engineers & Inspecting Authorities to help them perform their routine job satisfactorily.Designing, Selection of Core - Grade Type, Winding, Tap Changers, Cooling, Tank is a lengthy & tricky process & needs deep understanding and experience.In order to cover this lengthy course, it has been subdivided into Nine sections.Course once finished successfully will empower you to answers many transformer design related questions in addition to many others. A sample list of such questions are as below:What is the status of Power, Voltage, Current & Frequency during Transformer operations ?How To define Asymmetrical - Short Circuit Current?Why there is a need of Five Limbed Core Constructions? Why Ducts are not provided in Spiral winding ?What is Electrical Discharge ?Why Tap Changer is required in a Power Transformer?What is Basic Formula for calculation of Percentage Voltage Impedance ?What is effect of Core Diameter on No load Losses?What is the use of a Bell Type Tank in a Power Transformer?Define Temperature Gradient?What is difference between Overvoltage at Rated Frequency & Impulse Voltages, appear on a Power Transformer ?Many MoreThe optimum pace of these lectures along with practice quiz will help you understand and use these concepts in your day to day job. Additionally feel free to reach the Course Instructor in case of any query or clarifications encountered during the course.All the Best & Happy Learning
Overview
Section 1: Power Transformer : Basics, Common Terminologies & Formulas
Lecture 1 Power Trfr_Design Concepts_Introduction
Lecture 2 Power Trfr_Design Concepts_Basics
Lecture 3 Power Trfr_Design Concepts_Common Terms
Lecture 4 Power Trfr_Design Concepts_Formulae
Section 2: Power Transformer : Core & Coils
Lecture 5 Power Trfr_Design Concepts_Core & Coils
Section 3: Power Transformer : Electrical Creepage & Jump
Lecture 6 Power Trfr_Design Concepts_Electrical Creepage & Jump
Section 4: Power Transformer : Tap Changers
Lecture 7 Power Trfr_Design Concepts_Tap Changers
Section 5: Power Transformer : Calculation of Percentage Voltage & Coils Placement
Lecture 8 Power Trfr_Design Concepts_Calculation of % Impedance Voltage & Coil Placement
Section 6: Power Transformer : "Core" & "Coils" Weights, No Load & Load Loss
Lecture 9 Computation_Core & Wdg Copper Weights_Core Losses
Lecture 10 B6_LoadLosses
Lecture 11 Power Trfr_Design Concepts_B4_Core & Assembly Design
Section 7: Power Transformer : Oil, Tank & Bushings
Lecture 12 Power Trfr_Design Concepts_Transformer Oil
Lecture 13 Power Trfr_Design Concepts_Tank Design, Bushing & Cable Box
Lecture 14 Power Trfr_Design Concepts_Question on Bushing
Section 8: Power Transformer : Temperature Gradient & Cooling
Lecture 15 Temperature Gradient_B8 Types of Trfr Cooling & Cooling Equipments
Section 9: Power Transformer : Impulse Voltages & Short Circuit Forces
Lecture 16 B11 High Voltage & Impulse Voltage Calculations, Computation of Short Circuit
This course has been very carefully curated and will be very useful for Design Engineers/Trainee Engineers working in Transformer Industry & Utilities,The other group who will be benefited from this course are Production Engineers, Test Engineers & Inspecting Authorities,Additionally this is a must subscribe course for Senior Managers & Executives interested in knowing / understanding Power Transformer Design concepts
Homepage:
https://www.udemy.com/course/power_trfr_design/[/center]
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