• Understand fault analysis concepts and their impact on distribution networks.
• Perform fault level calculations for different scenarios.
• Design and evaluate protection systems for optimal coordination.
• Apply modern tools and techniques for protection coordination.
• Ensure compliance with industry standards and safety practices.

This course is suitable for:

• Electrical Engineers and Technicians
• Power System Designers
• Maintenance and Operations Personnel
• Plant Managers and Supervisors
• Professionals involved in power system protection and reliability

• Comprehensive course materials and reference guides
• Fault analysis and protection coordination templates
• Access to simulation software for hands-on exercises
• Certificate of Completion

Day 1: Introduction to Fault Level Analysis

• Basics of fault analysis in distribution systems
• Types of faults: Symmetrical and asymmetrical
• Understanding fault current and its implications
• Tools and software for fault level analysis

Day 2: Fault Level Calculations

• Methodologies for fault current calculations: Per-unit system and impedance method
• Short-circuit current analysis for different system configurations
• Impact of generation sources on fault levels
• Practical examples and exercises on fault level computation

Day 3: Protection Systems and Device Coordination

• Overview of protection systems: Relays, circuit breakers, and fuses
• Principles of protection coordination in distribution networks
• Time-current characteristic (TCC) curves and their application
• Coordination of primary and backup protection devices

Day 4: Advanced Coordination Techniques and Tools

• Protection schemes for radial and ring networks
• Impact of distributed generation on protection coordination
• Arc flash analysis and mitigation
• Utilizing software for coordination studies (e.g., ETAP, CYME)
• Case studies: Real-world challenges in protection coordination

Day 5: Compliance, Testing, and Practical Application

• Standards and regulations for fault analysis and protection (e.g., IEEE, IEC)
• Testing and commissioning of protective devices
• Hands-on workshop: Fault analysis and coordination study using software tools
• Group discussions: Optimizing protection coordination strategies
• Final assessment, Q&A, and course wrap-up

CDGA attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.