Introduction

The "Power Distribution and Protection Systems" course is designed for professionals in the electrical engineering and utilities sectors, focusing on the reliability and safety of power delivery. This five-day program covers essential aspects of power distribution, system protection strategies, and state-of-the-art technologies to equip participants with the skills necessary to manage and safeguard power systems effectively.

Objectives

• Understand the principles of power distribution networks.
• Gain insights into the latest protection systems and technologies.
• Learn to design and maintain effective distribution systems.
• Analyze system faults and implement protective measures.
• Enhance skills in managing system upgrades and compliance.

Course Outlines

Day 1: Introduction to Power Distribution Systems

• Overview of Electrical Power Systems
• Components of Distribution Networks
• Load Flow and System Planning
• Distribution Network Configurations
• Regulatory and Safety Standards

Day 2: Fundamentals of Protection Systems

• Introduction to Protection Systems
• Types of Faults and Their Impacts
• Protection System Components
• Relay Coordination and Settings
• Fault Analysis Techniques

Day 3: Advanced Protection Techniques

• Digital Protection Relays
• Overcurrent and Earth Fault Protection
• Distance Protection Techniques
• Differential Protection Schemes
• Arc Flash Analysis and Mitigation

Day 4: Distribution System Design and Analysis

• Network Design Considerations
• Smart Grids and Renewable Integration
• Reliability Analysis and Improvement
• Voltage Regulation and Stability
• Case Studies: Real-world Applications

Day 5: Maintenance, Testing, and System Upgrades

• System Maintenance Strategies
• Testing and Commissioning Procedures
• Troubleshooting and Diagnostic Tools
• Upgrade Planning and Implementation
• Compliance and Risk Management