Power System Analysis

🌟 Course Title: Power System Analysis

🚀 Headline: Master Numerical Examples in Hadi Sadat & Glover's Texts with Osama Abdel Aziz!

📘 Course Description: Dive into the dynamic world of power system analysis, an essential discipline within electrical engineering. This online course, led by the experienced Osama Abdel Aziz, is designed to equip you with a thorough understanding of electrical power systems, from the intricacies of voltage levels and power flows to the complexities of system stability and optimization.

By the end of this comprehensive training, you'll have mastered the principles of power system analysis and be able to tackle numerical examples with confidence. Whether you're a beginner or looking to solidify your advanced knowledge, this course covers it all—from the basics to the most sophisticated concepts.

Why This Course?
✅ Step-by-step guidance from fundamental to advanced topics
✅ Real-world application of theories through numerical examples
✅ Engage with case studies from Hadi Sadat & Glover's renowned texts
✅ Practical exercises to reinforce your learning
✅ Enhance your problem-solving and analytical skills in power system analysis

Course Topics:

• 🎢 Active vs. Reactive Power: Understand the fundamental differences and their impact on power systems.
• ⚙️ Power Factor Correction: Learn its significance and how it affects power quality.
• 🔗 Per Unit System: Master the per unit system for analysis as presented in Hadi Sadat & Glover's book.
• 📊 Change of Base Calculations: Grasp the importance and process of changing base to a common base.
• 📋 Bus Admittance Matrix & Load Flow Analysis: Dive into load flow analysis using the Ybus matrix.
• ⚡ Fault Studies: Learn about symmetrical and unsymmetrical faults, their impact, and how to analyze them.
• 📚 Numerical Examples: Solve practical numerical examples from Hadi Sadat & Glover's text throughout the course.

What You Will Learn:

1. Active and Reactive Power Analysis: Comprehend the differences and how to analyze them in real-world scenarios.
2. Numerical Examples in Hadi Sadat & Glover’s Book: Work through practical examples to solidify your understanding.
3. Power Factor Correction Importance: Analyze its role in power system efficiency and quality.
4. Per Unit System Calculations: Learn how to effectively use the per unit system for analysis.
5. Base Change Calculations: Understand the significance of changing base to a common base and how it simplifies system analysis.
6. Load Flow Analysis with Ybus Matrix: Learn to perform load flow analysis using the Ybus matrix, essential for understanding power systems.
7. Bus Types in Load Flow: Differentiate between load buses, generator buses, and slack buses.
8. DC Power Flow: Understand the principles of direct current (DC) power flow in power systems.
9. Fault Studies in Power Systems: Learn about the importance of fault studies and how to analyze both symmetrical and unsymmetrical faults.
10. Sequence Network Analysis: Grasp the concept of sequence networks and its role in fault analysis.
11. Single Line to Ground Fault Analysis: Analyze single line to ground faults and their impact on power systems.
12. Line to Line & Double Line to Ground Fault Analysis: Learn about line-to-line and double line to ground faults, and how to analyze them.
13. Numerical Examples in Fault Analysis: Solve practical numerical examples for both symmetrical and unsymmetrical faults from Hadi Sadat & Glover’s text.

Join us on this enlightening journey through power system analysis, where you'll transform theory into practice with real-world applications! 💫