The ETAP Level 1 & 2 Training Course is a comprehensive program designed to take learners from beginner to advanced proficiency in ETAP, the industry-standard software for electrical power system analysis. Covering essential topics such as one-line diagram creation, load flow studies, and critical power system calculations in Level 1, the course progresses in Level 2 to advanced analysis techniques including protection coordination, system stability, and harmonic studies—equipping participants with the skills needed to design, analyze, and manage complex electrical systems with confidence.
CONTENT
ETAP Level 1
ETCourse Outline:
- ETAP Software Installation
- Introduction to ETAP Software
- How to Create a New Project in ETAP
- How to Load the existing Project
- Introduction to ETAP Database
- ETAP toolbar introduction
- One Line Diagram in ETAP
- Create your first one-line diagram
- Composite Network in ETAP
- Customize the library for the relay breaker and fuse
- Creating a template and importing it to one line diagram
- Load Flow Study Evaluation and Result Analysis
- Run Load Analysis on Single Line Diagram
- Equipment Evaluation
- Voltage Drop Calculations
- Bus Voltages, Cable voltage Drops
- Bus Under voltage
- Cable overload
- Cable Sizing Studies
- Transformer Overload
- Transformer Sizing
- Alert View in ETAP
- Critical and Marginal Conditions in ETAP
- Arc Flash and Short Circuit
- Breaker Settings
- CT settings
- How to generate a report on ETAP
- Introduction to ETAP Level 2 Training
ETAP Level 2
Course Outline:
- Introduction to course
- Introduction to ETAP Toolbar
- Rating Components
- Presentation Toolbars
- Harmonic Studies
- Transient stability analysis
- Ground Grid System
- Cable Pulling System
- Underground raceway system
- Cable capacity
- Introduction to the basic concepts of protection in ETAP
- Control and protection engineering Design
- Symmetrical Faults Concept in ETAP
- Unsymmetrical Faults Concept in ETAP
- Protective Device Coordination Schemes
- Sequence of Operation
- Parameter Setting and Adjustment
- Busbar Differential Protection
- Transformer differential Protection
- Transmission Line Protection Concept and Case Design
- Generator Protection Concept and Case Studies
- Motor Protection
- Directional Overcurrent Protection
