Arc Flash Analysis
| Day | Morning | Afternoon |
|---|---|---|
| 1 | ETAP Menu and Toolbars Modeling of Power System Components Manual / Auto Building One Line Diagram Display Options Themes and Color Codes Project Revisioning 3-D Database (Presentation, Configuration, Revision) ETAP Library Structure Data Import / Export Data / Project Management Scenario Wizards Exercise | Data Requirements Calculation Methods Load / Generation Modeling in Power System Loading / Generation Categories Diversity / Demand Factors Parameter Settings / Adjustments Reports / Alerts Result Analyzer Exercise Cable Editor / Library Cable Manager Cable Loading Cable Installation Types / Ampacity Cable Sizing Standards Cable Sizing Constraints Exercise |
| 2 | Short Circuit Study & Evaluation - ANSI ANSI Short Circuit Concept & Overview Data Requirements ANSI Calculation Method 1/2 Cycle, 4 Cycle, 30 Cycle Short Circuit Device Duty Calculation Three Phase Faults Unbalanced / Ground Faults Parameter Settings / Adjustments Reports / Alerts Result Analyzer Exercises | Static & Dynamic Motor Starting (Online) Data Requirements Motor / Load Modeling Starting Devices / Categories Static / Dynamic Motor Acceleration Parameter Settings / Adjustment Parameter Estimation PE / M-PET Reports / Alerts / Plots Exercise |
| 3 | Protective Device Coordination / Selectivity Protection of Equipment | Protective Device Sequence-of-Operation Protective Device Coordination utilizing Short Circuit Parameter Settings / Adjustment Sequence-of-Operation Study Study / Device Setting Reports Exercise Auto Evaluation of Protection & Selectivity Protective Device Coordination utilizing Short Circuit |
| 4 | AC Arc Flash Analysis & Result Analyzer AC Arc Flash Concept & Overview Calculation Methods (NFPA 70E and IEEE 1584) Data Requirements PPE Requirements Parameter Settings / Adjustments Effects of Short Circuit & Protection / Coordination Reports / Alerts Result Analyzer Arc Flash Labels Exercises IEEE 1584-2018 Standard Overview The Electrode configurations’ impact the Arc Current, Incident Energy & Arc-Flash Boundary. How to apply the Enclosure Size Incident Energy Correction Factor. How much lower or higher the Arc Current will be. What is to become of the 0.240 / 0.208 kV, 125 kVA guideline and what will replace it. The model range of parameters, typical gaps and working distance. ETAP Implementation of the new model and data collection changes. | DC Arc Flash Analysis & Result Analyzer DC Arc Flash Concept & Overview |
| 5 |
Workshop Description
- The purpose of this introductory 4-day hands-on workshop is to learn how to apply power system engineering knowledge to conduct arc flash analysis as well as provide a refresher on modeling power systems using ETAP software.
- The most awaited arc-flash incident energy calculation method is almost ready for release by IEEE 1584. This workshop will provide a preview of the fundamental differences between the new and existing (2002) arc-flash method. The discussion will include background and insights into the model development and validation since this is essential to understand how the new model combines empirical and arc-flash physical behavior. An analytical opinion on how an arc-flash incident energy study will change using the new method will be presented to educate engineers on the expected differences.
- The arc flash assessment and mitigation techniques using proper device protection, selectivity & coordination along with several hands-on practical exercises are the main focus of this workshop. In addition, a refresher course of power system modeling fundamentals, equipment sizing, power flow problems, short circuit analysis & motor starting concepts will be covered during the first day and a half of the workshop.
- An ETAP workstation is provided for each attendee.
Who should attend
- New ETAP users and power engineers who wish to increase their skills using the ETAP application to perform system studies
- Current users seeking a refresher course
- Knowledge of power system engineering concepts is highly recommended for those attending this workshop.
Registration
- Fee: USD
1,800
The Early Bird discount is available up to 30 days before the start of the workshop.
Register EARLY and save 10%.
Location
GRAND HOTEL SAIGON
8 Dong Khoi Street, District 1
Ho Chi Minh City, Vietnam
Date & Time
Mar 5 - 8, 2019
8:00 AM - 5:00 PM
Time zone: UTC
Meal
Light breakfast snacks, beverages, and lunch are included.
Hotel
All travel and hotel arrangements are the responsibility of the attendees.
Information
East Sea Energy Environment
77 Nguyen Quy Duc
An Phu Ward, District 2
Ho Chi Minh City,
Vietnam
+84 3512 6609
+84 3512 6660
khang.tran@esec.vn
ETAP Training Services | (949) 900-1084 | training@etap.com
