ETAP

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

Course Type

alternative

₹ 14567  

What You'll Learn ?

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

Description

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