Prerequisites:
• Fundamentals of Electrical Power Systems
• Electromagnetism and Linear Algebra (for understanding matrix transformations)

Prerequisites:
• Fundamentals of Electrical Power Systems
• Electromagnetism and Linear Algebra (for understanding matrix transformations)

• Electrical Engineers
• Power System Analysts
• Power Systems Protection Engineers
• Grid Operators and Dispatchers
• Electrical System Designers

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Introduction to Symmetrical Components
o Overview of Power System Faults and Unbalance
o Historical Background and Development of Symmetrical Components
o Need for Symmetrical Components in Power Systems Analysis

Basic Concepts and Mathematical Formulation
o The Sequence Components (Positive, Negative, and Zero Sequence)
o Fortescue’s Theorem and its Applications
o Mathematical Derivation of Symmetrical Components
o Transformation Matrices

Symmetrical Components and Balanced Systems
o Application of Symmetrical Components in Balanced Systems
o Power Flow Analysis in Balanced Three-Phase Systems
o Symmetrical Components in Balanced Load Analysis

Symmetrical Components in Fault Analysis (Part 1)
o Symmetrical Components in Single Line-to-Ground Faults
o Symmetrical Components in Line-to-Line Faults
o Symmetrical Components in Double Line-to-Ground Faults
o Symmetrical Components in Three-Phase Faults
o Sequence Network Models for Fault Analysis
o Fault Current Calculation Using Symmetrical Components

Application of Symmetrical Components in System Protection
o Protection Schemes and Fault Detection using Symmetrical Components
o Distance Protection using Sequence Components
o Differential Protection in Transformers and Generators

Symmetrical Components in Power System Stability
o Influence of Faults on System Stability
o Symmetrical Components in Transient Stability Analysis
o Impact of Unbalanced Conditions on Power System Stability

Symmetrical Components in Power System Transients and Harmonics
o Effects of Symmetrical Components in Transient Studies
o Use of Symmetrical Components in Harmonic Analysis
o Symmetrical Components and their Role in Power Quality Assessment

Advanced Applications of Symmetrical Components
o Symmetrical Components in Distribution Systems
o Symmetrical Components in Renewable Energy Systems (e.g., wind and solar)
o Application of Symmetrical Components in Smart Grid Technology

Simulation Techniques and Case Studies
o Simulation of Faults and Unbalanced Conditions Using MATLAB/PSCAD
o Real-world Case Studies: Fault Analysis in Transmission and Distribution Systems
o Troubleshooting and Performance Monitoring using Symmetrical Components

Course Review and Future Trends
o Review of Key Concepts and Applications
o Emerging Trends in Power Systems and Symmetrical Components
o Discussion on Future Research in Power System Faults and Unbalance

Request Info

Salutation MR Miss ENG DR

Full Name*

Designation

Company*

Country * Egypt Saudi Arabia Ireland UAE France Turkey Bahrain South Africa Nigeria Oman Nethersland United Kingdom Malaysia Kuwait Online Indonesia Qatar Morocco Jordan Switzerland Singapore Spain Italy Uganda

City * Cairo Mansoura Ireland Abu Dhabi Riyadh Dubai Istanbul Manama Abuja Paris Kuala-Lumpur Amsterdam Muscat Salalah Jeddah Dammam Cape Town London Kuwait Online Indonesia Doha Casablanca Marrakesh Singapore Geneva Zürich Amman Barcelona Rome Marbella Milan Uganda Scotland Madrid Jakarta

Email*

Enquiry*

Captcha*

Enter Captcha*

Submit