Training Electrical Power System Analysis Course Using ETAP

Description

This course is designed for electrical engineers, system operators, and planners to introduce the fundamentals of Transmission and Distribution engineering using ETAP. Theoretical and practical concepts and examples will be explored to assist the technical professional with their primary functions. Effects of system unbalance and solutions, optimization techniques using optimal power flow and capacitor placement will be analyzed as well as system operations such as switching and contingencies will be studied.

This course provides the skills, knowledge, and techniques necessary to become proficient in ETAP to conduct power system studies, from modeling to analysis. The purpose of this Course is to develop a thorough understanding of ETAP’s capabilities and analytical techniques to solve a variety of practical problems

Objective

• Power System Analysis means verifying the adequacy of the power distribution system and it’s components.
• Recognize coordination related disturbances and outages.
• Collect the required data to perform a detailed coordination study.
• Derive complete protective device settings for some of the simpler electrical power systems that are consistent with NEC requirements.

 

Material Training

General Overview, One-Line Diagram, Library Systems, Load Flow, Short-Circuit (ANSI and IEC), Arc Flash, Star (Device Coordination and Selectivity), Motor Acceleration.

 

1. Modeling Electrical Systems

Creating a One-Line Diagram

1. Build Skeleton of System

• Creating a new project
• Minimum Data entry
• Load Flow to double-check
• Explain error review process

1. Adding a New Substation

• Minimum Data Entry
• Cable Data Selector

1. Dealing with Sub-One Line Diagrams

• System Dumpster
• Composite Networks

1. Adding Protective Devices

• Auto-Insert etap elektrikal
• Optional Data Entry
• Show/Hide

1. 3-D Modeling

• Presentations
• Configurations
• Revisions

2. Load Flow Analysis
3. Open a Pre-Built Electrical System

• Display Results
• Study Case
• Calculation Methods
• Voltage Drop
• Loading
• Automatic Functions
• Alerts
• Reports

1. Short Circuit Analysis

• ANSI/IEEE Standards (C37)
• IEC Standards
• Transient Short-Circuit Analysis
• Study Case
• Calculation Methods
• Device Evaluation
• Alerts
• Reports

1. Device Coordination Analysis

• Device Curve Review
• Curve Selector
• Interface with One-Line Diagrams
• Interface with Short-Circuit
• Changing Device Settings
• Sequence of Operation
• Plotting/Reports

1. Arc Flash Analysis

• NFPA 70E Standards
• IEEE 1584 Standards
• Data Entry
• Calculation Methods
• Evaluating Results
• Reports
• Labels
• Safety Equipment

1. Motor Acceleration

• Static Acceleration: Approximating No Load / Full Load Time
• Dynamic Acceleration: Minimum Data Entry
• Load Transitioning
• Time Toolbar
• Adjusting Pre-Load
• Load Sequencing
• Increasing Load After Acceleration
• Reports and Plots

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