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Latest Release Brochures


ETAP Overview
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ETAP 14 New Features and Capabilities
ETAP 14 New Feature
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ETAP Real-Time Overview Brochure
Real-Time Overview
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ETAP Grid Overview
Grid Overview
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Railway Traction Power Solution
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Product Overview Brochures


ETAP Overview
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ETAP Product Overview brochure - Chinese
ETAP 产品概述
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ETAP Product Overview brochure - Japanese
ETAP 製品概要
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ETAP Product Overview brochure - Portuguese
ETAP Visão Geral
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ETAP Product Overview brochure - Portuguese
ETAP Detalles
delproducto
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ETAP Product Overview brochure - Russian
ETAP Описание продукта
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ETAP Real-Time brochure
Real-Time
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ETAP Real-Time Overview Brochure
Real-Time Overview
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ETAP Arc Flash brochure
Arc Flash
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ETAP Network Analysis brochure
Network Analysis
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ETAP Panel Systems
Panel Systems
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ETAP Star brochure
Star-Protective &
Device Coordination
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ETAP Cable Systems brochure
Cable Systems
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Transient Stability
Transient Stability
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ETAP Grid Overview
Grid Overview
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Data Centers
Smart Data Centers
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eTraX - Railway Traction
Power Solution
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Release Brochures

ETAP 14 New Features and Capabilities
ETAP 14
New Feature
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ETAP 12.6 New Features Fact Sheet
ETAP 12.6
New Feature
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ETAP 12.6 New Features Fact Sheet - Japanese
ETAP 12.6
新機能
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ETAP 12.6 New Features Guide - Chinese
ETAP 12.6
新特性及功能
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ETAP 12.6 New Features Fact Sheet - Portuguese
ETAP 12.6
Novos recursos
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ETAP 12.6 New Features Fact Sheet - Spanish
ETAP 12.6
Nuevas Funciones
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ETAP 12.6 New Features Fact Sheet - Korean
ETAP 12.6
새로운 특징
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ETAP 12.6 New Features Fact Sheet - Russian
ETAP 12.6
Новые функции
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ETAP 12.5 New Features Guide
ETAP 12.5
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ETAP 12.5 New Features Guide - Japanese
ETAP 12.5 新機能ガイド
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ETAP 12 new features brochure
ETAP 12
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ETAP 11 new features brochure
ETAP 11
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ETAP 11 new features brochure Japanese
ETAP 11
新機能と能力
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ETAP 7.5.0 new features brochure
ETAP 7.5
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ETAP 7.1 new features brochure
ETAP 7.1
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ETAP 7.0 new features brochure
ETAP 7.0
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ETAP 6.0 new features brochure
ETAP 6.0
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ETAP 5.5 new features brochure
ETAP 5.5
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ETAP 5.0 new features brochure
ETAP 5.0
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Fact Sheets

ETAP Arc Flash brochure
Arc Flash IEEE 1584
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Battery Sizing & Discharge
Battery Sizing & Discharge
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Cable Pulling
Cable Pulling
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Control System Diagram
Control System Diagram
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DC Load Flow
DC Load Flow/
Short Circuit
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ETAP DC Arc Flash
DC Arc Flash
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ETAP Star brochure
Device Coordination &
Selectivity (ETAP Star)
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ETAP Star brochure
Distribution Management
System (DMS)
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Transient Stability
Dynamics & Transients
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ETAP e-DPP Interface
ETAP e-DPP Interface
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Generator Start Up
Generator Start-Up
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Geographic Information System (GIS Map)
Geographic Information
System (GIS Map)
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Ground Grid Systems
Ground Grid Systems
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Harmonics
Harmonics
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High Voltage DC Systems
High Voltage DC Systems
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ILS - Mining Industry
ILS Mining Industry
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ILS - Oil & Gas Industry
ILS - Oil & Gas Industry
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Load Flow
Load Flow
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Motor Acceleration
Motor Acceleration
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Optimal Capacitor Placement
Optimal Capacitor
Placement
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Optimal Power Flow
Optimal Power Flow
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Panel Systems
Panel Systems
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Parameter Estimation
Parameter Estimation
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Reliability Assessment
Reliability Assessment
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Short-Circuit ANSI/IEC
Short-Circuit ANSI/IEC
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Data Centers
Smart Data Centers
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Transformer Sizing and Tap Optimization
Transformer Sizing &
Tap Optimization
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Transient Stability
Transient Stability
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Transmission Line - Sag and Tension
Transmission Line -
Sag & Tension
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Unbalanced Load Flow
Unbalanced Load Flow
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Underground Raceway Systems
Underground Raceway
Systems
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Transient Stability
User-Defined Dynamic
Models
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Company Brochure

OTI Company BrochureOTI Company Brochure High | Low

System Requirements

White Papers

Technical Papers

Resource Scheduling Under Uncertainty in a Smart Grid with Renewables and Plug-in Vehicles Resource Scheduling Under Uncertainty in a Smart Grid with Renewables and Plug-in Vehicles
User Specifications for Operational and Switching Procedures, a Working Group Report User Specifications for Operational and Switching Procedures, a Working Group Report
ETAP Intelligent Load Shedding Benefits & Savings An Analytical Evaluation of the Factor K squared for Protective Conductors
Hazards of Single-Phase Arc Flash Hazards of Single-Phase Arc Flash
Electrical Safety Measures, July/August 2009 (1.15 MB)
Many people have questions about how to determine the hazard level associated with 1-phase arc flash incidents. This article presents different methods for assessing the hazards of high- and low-voltage 1-phase equipment.
Limitations of Arc Flash Hazard Tables Limitations of Arc Flash Hazard Tables
Electrical Line, July/August 2008 (438 KB)
It's important to understand the Hazard/Risk Category levels listed in NFPA 70E, but it's just as important to understand the limitations of these tables. If these limitations aren't considered, you may be jeopardizing the safety of electrical workers.
Assessing Low-Voltage Arc Hazards Assessing Low-Voltage Arc Hazards
Electrical Source, June 2008 (980 KB)
Arc flash safety is an integral part of any workplace safety program. This article explains how arc flash software is essential to identifying and analyzing high-risk arc flash areas, so you can help keep your electrical staff safer.
Evaluating NFPA 70E Arc Flash Hazard Category Tables Evaluating NFPA 70E Arc Flash Hazard Category Tables
Electrical Products & Solutions, September 2007 (511 KB)
This article sheds some light onto the assumptions and generalizations utilized by the NFPA 70E Table 130.7(C)(9)(a) and to describe its limitations and shortcomings which may lead to an improper selection of Personal Protective Equipment (PPE).
Evaluating the Hazards of Low-Voltage Arcs Evaluating the Hazards of Low-Voltage Arcs
Electrical Products & Solutions, June 2007 (1.16 MB)
This article discusses methods available for calculating the incident energy released by an arc fault in low-voltage equipment. It also presents considerations to determine the worst-possible hazard associated with energized work at different locations of the equipment.
Wind Industry Focus: ETAP Wind Turbine Generator Wind Industry Focus: ETAP Wind Turbine Generator
Wind Today, Q4 2006 (3 MB)
Power engineers are using ETAP to model wind turbine generators, model turbine and controller characteristics for dynamic stability analysis, and calculate megawatts (MW) and reactive power generation based on wind speed and turbine characteristics.
Using Genetic Algorithm for Distributed Generation Allocation to Reduce Losses and Improve Voltage Profile Using Genetic Algorithm for Distributed Generation Allocation to Reduce Losses and Improve Voltage Profile
This paper presents a method for the optimal allocation of Distributed generation in distribution systems. The suggested method is programmed under MATLAB software and applied ETAP software for evaluating of results correctness. It was implemented on part of Tehran electricity distributing grid.
Interactive objectives and constraints between microgrid elements of the smart grid Interactive objectives and constraints between microgrid elements of the smart grid
The Singapore Engineer, March 2012 (687 k)
Fazel Farahmand, from Operation Technology Inc, California, USA, provides a comprehensive review of microgrids and smart grid control strategies. The review covers clean energy stability analysis, generation control, generation forecasting, load forecasting, power management, load management, interchange analysis of microgrids, multiobjective and multi-constraint optimisation, as well as load shedding on localised and global grids.
Impact of Harmonics on the Performance of Over-Current Relays Impact of Harmonics on the Performance of Over-Current Relays
The University of Queensland, Australia, School of Information Technology and Electrical Engineering (715 KB)
This Paper investigates the impact of power system harmonics on the performance of over-current relays. Simulation is performed on the IEEE 30-Bus system with heavy penetration of non-linear loads using ETAP software. Simulation results show that with significant harmonic contents in the power network, a relay malfunction will occur and they will trip in a wrong sequence when there is a fault in the system.
This material is posted here with permission of the IEEE. Such permission of the IEEE does not in any way imply IEEE endorsement of any of Operation Technology, Inc.'s products or services. Internal or personal use of this material is permitted. However, permission to reprint/republish this material for advertising or promotional purposes or for creating new collective works for resale or redistribution must be obtained from the IEEE by writing to pubs-permissions@ieee.org. By choosing to view this document, you agree to all provisions of the copyright laws protecting it.

 

 

 

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