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dr-j-a-laghari
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Electrical Power Transmission
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Applied Physics 20-EL Batch
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dr-j-a-laghari
Home
Courses Taught
Electrical Power Transmission
Power System Analysis
Power System Protection
Applied Physics 20-EL Batch
Research Publications
Awards & Contributions
My Facebook Page
My electrical Made Easy Facebook Page
My Motivational Articles
My Youtube Channel
Electrical Softwares Download
My Google Play Store App
Contact Me
More
Home
Courses Taught
Electrical Power Transmission
Power System Analysis
Power System Protection
Applied Physics 20-EL Batch
Research Publications
Awards & Contributions
My Facebook Page
My electrical Made Easy Facebook Page
My Motivational Articles
My Youtube Channel
Electrical Softwares Download
My Google Play Store App
Contact Me
Electrical Power Transmission
Electrical Power Transmission Course Material for 18-EL-Batch:
EPT Tentative Teaching Plan for
18-EL-Batch
Chapter One: Introduction to Electrical Power Transmission
Topic No#1:
Introduction to Pakistan Power System
Topic No#2:
EHVAC and UHVAC Transmission Lines in the Pakistan and World
Topic No#3:
Generation, Transmission, and Distribution Voltage levels used in Pakistan
Topic No#4:
Overhead Versus Underground Transmission System
Topic No#5:
Role of Aerial Bundled Cable (ABC) in Electricity Theft Control
Topic No#6:
AC Versus DC Transmission System
Topic No#7:
Advantages of High Voltage Transmission
Topic No#8:
Limitations of High Voltage Transmission and Its Effects on Human Health
Topic No#9:
Why Three Phase Three Wire AC System is Universally Adopted for Transmission
Topic No#10:
How much Power is Enhanced When Single Phase System is Replaced with Three Phase System?
Topic No#11:
How much Power is Enhanced When DC System is Replaced with Three phase AC System?
Topic No#12:
Kelvin's Law of Economy or How to Select Economical Conductor Size for Trans mission ?
Topic No#13:
How to Select the Economical Voltage for Transmission Line ?
Electrical Power Transmission Course Material for 17-EL-Batch:
Electrical Power Transmission
Electrical Power Transmission Notes for 17-Electrical Batch
17-EL-Tentative Teaching Plan
Chapter One: Introduction to Electrical Power Transmission
Chapter Two: Mechanical Design of Overhead Transmission Line
Chapter Three: Electrical Design of an Overhead Transmission Line
Chapter Four: Performance of Overhead Transmission Line
Chapter Five: High Voltage DC Transmission System
Chapter Six: Underground Cables
17-EL-Electrical Power Transmission Assignment
Video Lectures for Electrical Power Transmission Course:
Lecture#1: Introduction to Pakistan Power System
Lecture#2: EHVAC and UHVAC Transmission Lines in the Pakistan and World
Lecture#3 Generation, Transmission, and Distribution Voltage levels used in Pakistan
Lecture#4 Overhead Versus Underground Transmission System
Lecture#5 Role of Aerial Bundled Cable (ABC) in Electricity Theft Control
Lecture#6 AC Versus DC Transmission System
Lecture#7 Advantages of High Voltage Transmission
Lecture#8 Limitations of High Voltage Transmission and Its Effects on Human Health
Lecture#9: Why Three Phase Three Wire AC System is Universally Adopted for Transmission
Lecture#10: How much Power is Enhanced When Single Phase System is Replaced with Three Phase System?
Lecture#11: How much Power is Enhanced When DC System is Replaced with Three phase AC System?
Lecture#12: Kelvin's Law of Economy or How to Select Economical Conductor Size for Trans mission ?
Lecture#13: How to Select the Economical Voltage for Transmission Line ?
Lecture#14: Main Components of Overhead Transmission Line and Their Importance
Lecture#15: Conductor Materials for Overhead Transmission Line
Lecture#16: Copper Conductor and Its Alloys Application in Overhead Transmission Line
Lecture#17: Aluminum Conductor & ACSR Conductor Applications in Overhead Transmission Line
Lecture#18: AAAC Conductor, ACAR Conductor, Galvanized Steel Conductor & Phosphor Bronze Conductor
Lecture#19: Line Supports with Their Types & Applications in Overhead Transmission Line
Lecture#20: How to Minimize the Mechanical Vibrations in Overhead Transmission Line Conductors ?
Lecture#21: Why Line Insulators are Used in Overhead Transmission Line ?
Lecture#22: Types of Overhead Line Insulators
Lecture#23: Why Voltage Distribution is not Uniform Over Suspension Insulator String ?
Lecture#24: What is String Efficiency ?
Lecture#25: How String Efficiency of Suspension Insulator can be Improved?
Lecture#26: Corona Effect & Factors Affecting the Corona
Lecture#27: Critical Disruptive Voltage, Visual Critical Voltage & Power Loss Due to Corona Effect
Lecture#28: Methods of Reducing the Corona Effect
Lecture#29: Sag and Tension in Overhead Transmission Line
Lecture#30: Calculation of Sag at Equal & Unequal Levels
Lecture#31: Minimum Conductor Clearance From the Ground
Lecture#32: Classification of Overhead Transmission Lines
Lecture#33: Performance of Single Phase Short Transmission Line
Lecture#34: Performance Calculations of Three Phase Short Transmission Line
Lecture#35: End Condenser Method for Medium Transmission Lines
Lecture#36: Nominal T Method for Medium Transmission Lines
Lecture#37: Nominal PI Method for Medium Transmission Lines
Lecture#38: Ferranti Effect | Dr. J. A. Laghari
MATLAB/SIMULINK Tutorials for Electrical Power Transmission Course:
How To Design a Short Transmission Line in MATLAB/SIMULINK Software (Tutorial)
How To Design String Efficiency Model of Suspension Insulator in MATLAB/SIMULINK ? (Tutorial)
How to Design Short Transmission Line Using Labels in MATLAB/SIMULINK software (Tutorial) ?
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