Power System Protection: Essential Concepts and Techniques

🚀 Welcome to "Fundamentals of Power System Protection"! 💡

Are you ready to dive into the world of power system protection and ensure the uninterrupted flow of electricity to our homes, industries, and beyond? With 10 hours of engaging content spread across 60 insightful lectures, this comprehensive online course is your ticket to mastering this essential field.

🎓 Course Description:

• Duration: 10 Hours | 60 Lectures
• Instructor: Elite Engineering
• Course Level: Intermediate - Advanced

🚀 Course Overview: This course is meticulously designed to provide you with a deep understanding of the principles and technologies involved in safeguarding power networks. You'll explore everything from the basics to advanced concepts, ensuring you're well-versed in power system protection by the end of this journey.

📚 Course Topics at a Glance:

1. Modern Power System Network
2. Power System Fundamental Quantities to Control
3. Basics of Power System Protection
4. (What to) Protect and (Why do we need) Protection
5. Effect of Current on Human and Earth Leakage Protection
6. Basic Characteristics of Protection System
7. Selectivity in Power System
8. Zones of Protection
9. Open and Close Zone in Power System
10. Relay and Metering Diagram Overview
11. Sensitivity of Protection System
12. Speed, Reliability, Simplicity, Economy
13. Primary and Secondary Values in Protection System
14. Basics Components of Protection System
15. Local Control Cubicle
16. Gas Diagram and Single Line Diagram (SLD)
17. Harting Plug in GIS (Gas Insulated Switchgear)
18. Terminal Block
19. Auxiliary Relays and Contactors
20. Protection and Control Panels
21. Main Relays
22. Relay and Metering Diagram and Base Design
23. How Protection System Works
24. Zones of Protection: Main and Backup Protection
25. Zones and Selectivity
26. Elements of Protection System
27. Classification of Relays
28. Classical Relay Design and Construction
29. Over Current Relays
30. Inverse Time Overcurrent (OC) Relays
31. Directional Over Current Relays
32. Magnitude, Phase Comparison, and Differential Relays
33. Breaker Failure Protection
34. Factors Influencing Relay Performance
35. Basic Electrical Theory
36. Calculating Fault MVA and Arc Flash Energy
37. Introduction to Phasors and Symmetrical Components
38. Current Transformer (CT) Basics
39. CT Burden, Polarity, Star Point
40. Voltage Transformer (VT)
41. DC System Grounding Techniques
42. Capacitive Trip Units and UVTs (Under Voltage Time Overcurrent)
43. Device Codes
44. Isolator and Earth Switch
45. Circuit Breaker
46. Single Line Diagram: Single Bus Single Breaker Scheme
47. DC Supervision Relay
48. Schematic Drawing Page Addressing
49. Tracking Between Pages of Drawing
50. What are Loops in Drawings?
51. How Loops are Shown in Drawing
52. Heating and Lighting Circuit of Panel

🔍 Why This Course?

• Expert-Led Learning: Learn from an experienced instructor specializing in power system protection.
• Practical Application: Real-world scenarios and examples to apply what you learn.
• Comprehensive Coverage: From fundamental concepts to advanced techniques, this course has it all.
• Career Advancement: Strengthen your resume with specialized knowledge in power system protection, a critical field in electrical engineering.

💼 Who Should Take This Course?

• Electrical Engineers
• Power System Designers and Technicians
• Protection Engineers
• Students pursuing degrees in Electrical Engineering
• Anyone interested in the safety and reliability of power systems

Join us today, and let's embark on this transformative learning experience together. 🌟 Your journey to becoming an expert in power system protection starts here! Enroll now and be part of a community that's shaping the future of power systems across the globe.