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Mastering Extra High Voltage Transmission Engineering
Published 9/2026
Created by Purankumar Gajera
MP4 | Video: h264, 3840x2160 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 17 Lectures ( 11h 8m ) | Size: 30.7 GB
Master EHV Transmission Design, Corona, Overvoltages, Transients, Insulation Coordination, Reactive Compensation
What you'll learn
Explain the fundamental principles of Extra High Voltage (EHV) AC transmission systems, including transmission-line parameters, conductor configuration, bundled Analyze corona phenomena in EHV transmission lines and explain their effects on corona power loss, radio interference, television interference, audible noise, a Understand and analyze EHV overvoltages and transient phenomena, including lightning surges, switching surges, traveling waves, reflections, refractions, and tr Apply insulation coordination concepts to EHV systems, including insulation stress, long-air-gap breakdown, flashover probability, switching-surge withstand, anRequirements
A basic understanding of electrical engineering and power systems will be helpful, particularly concepts such as voltage, current, power, AC circuits, transformers, and transmission lines.Description
"This course contains the use of artificial intelligence."
Welcome to theExtra High Voltage Transmission Engineering course - a comprehensive technical course designed to help you understand the principles, challenges, analysis methods, protection techniques, and practical engineering considerations associated with modern EHV transmission systems.
As electrical power systems continue to transmit larger amounts of power over longer distances, Extra High Voltage transmission has become an essential technology for reliable and efficient power delivery. However, increasing the transmission voltage introduces complex electrical, thermal, mechanical, environmental, insulation, protection, and system-stability challenges.
This course takes a structured approach to understanding these challenges and how they are addressed in EHV transmission engineering.
What will you learn?
You will begin with thefundamentals of EHV transmission engineering, including transmission-line configuration, conductor geometry, bundled conductors, inductance, capacitance, geometric mean radius, Maxwell potential coefficients, and the physical factors that influence EHV line performance.
You will then explore thecorona phenomenon and understand how high electric-field gradients can lead to corona discharge. The course examines the effects of corona on power loss, radio interference, television interference, audible noise, and transmission-line design.
The course also coverselectrostatic and magnetic fields associated with EHV transmission lines. You will learn how field distributions develop around transmission corridors and how they influence ground-level fields, induced voltages, right-of-way considerations, and electrical safety.
A major part of the course focuses onEHV overvoltages and transient phenomena. You will study lightning surges, switching surges, traveling waves, reflection and refraction, distributed-parameter transmission-line behavior, transient propagation, and the Bewley lattice approach to understanding multiple reflections.
You will also develop an understanding ofinsulation coordination and high-voltage insulation performance, including electrical stress, long-air-gap breakdown, flashover probability, switching-surge withstand capability, and statistical approaches used in insulation design.
Another important area isvoltage control and reactive power compensation. The course explains line charging, the Ferranti effect, shunt reactors, series compensation, synchronous condensers, and Static VAR Systems, helping you understand how engineers maintain acceptable voltage profiles and improve transmission-system performance.
The course also introducesSub-Synchronous Resonance (SSR) and its relationship with series-compensated transmission systems. You will understand the interaction between electrical resonance and generator mechanical torsional behavior, along with engineering approaches used to mitigate SSR-related risks.
In addition, the course addressestransmission-system protection and testing, including lightning arresters, grounding systems, high-voltage testing, impulse generation, insulation testing, measurement techniques, and transient verification.
Why take this course?
EHV transmission engineering requires more than knowledge of individual electrical components. It requires asystems-level understanding of how different engineering disciplines interact.
Throughout this course, you will see how conductor geometry affects electric fields, how electric fields influence corona, how transmission-line parameters influence transients and voltage control, how compensation affects power transfer and stability, and how insulation and protection systems are designed to withstand severe electrical stresses.
The course is suitable forelectrical engineering students, power-system engineers, transmission engineers, protection engineers, testing and commissioning professionals, technicians, engineering graduates, researchers, and working professionals who want to strengthen their knowledge of advanced EHV transmission engineering.
Whether you are building your foundation in power engineering or expanding your professional expertise, this course provides a structured learning path from fundamental EHV concepts to advanced system-level engineering challenges.
By completing this course, you will have a stronger understanding of how modern EHV transmission systems aredesigned, analyzed, protected, tested, and operated.
Join the course today and take your power-system engineering knowledge to the Extra High Voltage level.
Learn the physics. Understand the engineering. Master the EHV transmission system.
Who this course is for
This course is designed for electrical engineering students who want to build a strong understanding of Extra High Voltage transmission engineering and advanced power-system concepts.Homepage
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