This intensive course is designed for electrical engineers and power system professionals who want to master the ETAP (Electrical Transient Analyzer Program) software. You will learn to build, analyze, and protect industrial and utility power systems using the industry’s leading “digital twin” platform. A professional power system analysis course using E-TAP software to simulate, analyze, and optimize electrical networks.
- Power system modeling and simulation.
- Short circuit, load flow, and stability analysis.
- Relay coordination and protection studies.
In This Course You Will Be Able To:
- Model power systems in E-TAP.
- Conduct protection and coordination studies.
- Generate professional reports.
Curriculum
- 4 Sections
- 0 Lessons
- 4 Weeks
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- Network ModelingLearn to build an accurate and intelligent "digital twin" of your power system. This foundational module covers the ETAP interface, where you will learn to create comprehensive one-line diagrams from scratch. You will practice adding and editing components like transformers, generators, cables, and buses, and correctly inputting their data to create a robust model for analysis.0
- Load Flow AnalysisMaster the most fundamental power system study. This module teaches you to run load flow (or power flow) calculations to simulate your system's steady-state performance. You will analyze the results to pinpoint voltage drop issues, identify overloaded equipment, check power factor, and make informed decisions about system upgrades or capacitor bank placement.0
- Relay CoordinationDive into the ETAP "Star" module to design and validate system protection. This section focuses on protective device coordination. You will learn to plot Time-Current Characteristic (TCC) curves for relays, fuses, and breakers, ensuring they are selectively coordinated to isolate faults quickly while preventing unnecessary upstream blackouts.0
- Arc Flash StudiesPerform critical safety-focused analysis in compliance with NFPA 70E and IEEE 1584. This module integrates all previous work (your model, fault currents, and relay times) to calculate the incident energy at key points. You will learn to identify the most hazardous locations, specify correct Personal Protective Equipment (PPE), and generate arc flash warning labels.0
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No, full training is provided.
Requirements
- Basic knowledge of circuit theory and protection.
Features
- Licensed E-TAP software access
- Expert mentoring
- Project-based learning
Target audiences
- Graduate engineers aiming for power system design careers.