Courses


alternative

ETAP

Design, Simulate and Analyze Power systems in Etap
For Electrical / Electronics

Course Type :

14567 

  • Directional Relay Protection Types and Application on ETAP
  • understend types of faults
  • Transformer Design Calculation
  • Power System Design and Analysis using ETAP
  • Transformer Sizing
  • Design and simulate power systems
  • Unbalanced Short Circuit Analysis
  • Simulate AC Power systems
  • Simulate Industrial Power networks
  • This course will help students understand the basic theory behind power system analysis.
  • Transient Stability Study

Course Content

Course Description
This course provides a comprehensive understanding of ETAP (Electrical Transient Analyzer Program), a powerful engineering software tool used for the modeling, design, analysis, optimization, and automation of power systems. Participants will learn the fundamentals of power system simulation, including load flow analysis, short-circuit analysis, relay coordination, transient stability, and more. Through practical examples and hands-on exercises, participants will gain the skills to utilize ETAP to address complex electrical engineering challenges in real-world scenarios.

Course objectives
  • Understand the core concepts of power system analysis and ETAP’s functionality.
  • Create and simulate power system models using ETAP.
  • Conduct load flow and short-circuit analysis for various configurations.
  • Perform relay coordination and arc flash studies for enhanced safety.
  • Apply transient stability analysis to maintain system reliability.

  • Roles in industry

    • Power System Design and Planning
    • Reliability and Safety Enhancement
    • Real-Time Power System Monitoring and Control
    • Grid Stability and Integration of Renewables
    • Compliance and Standards Adherence
    • Simulation and Training for Engineers

    Course Highlights

    • Elements of Power System
    • ETAP Interface and System Modeling
    • Load Flow Analysis
    • Short-Circuit Analysis
    • Protection and Relay Coordination
    • Transient Stability Analysis
    • Arc Flash Analysis
    • Harmonics Analysis
    • Real-Time System Monitoring and Optimization
    • Case Studies and Practical Applications