112 Item(s) found

Low Voltage Arc Flash hazard assessment using ETAP

Low Voltage Arc Flash hazard assessment using ETAP

DeltaSE has been tasked with updating some facilities to the latest standard by providing Arc Flash analysis, field assessment and training to our Clients utilizing ETAP. This presentation will highlight how ETAP was used as a tool to help our clients and discuss some of the challenges ahead with low voltage arc flash hazard assessments.

Integrated System Modeling for Traction Power Systems

Integrated System Modeling for Traction Power Systems

Network Rail owns and operates the main line railway infrastructure of Great Britain. Approximately half of the network is electrified, including a substantial DC electrified network in the South East, fed by a 33 kV HV three-phase network. Network Rail has transferred its standard system models for this HV network to ETAP. This presentation gives an overview of the use of ETAP for this system, and the challenges for the future.

Holcim Cement

Holcim Cement

How Holcim Cement improved system reliability and reduced unplanned power outages

ETAP Partnership with ITER for Nuclear Fusion Power

ETAP Partnership with ITER for Nuclear Fusion Power

ITER is a large-scale scientific experiment to demonstrate if it is possible to produce commercial energy from nuclear fusion. From conceptual design to construction design ITER uses ETAP at each project stage. The presentation will describe how ETAP is currently used, for manufacturing parameters validation, as well as transient analysis for plant systems scenarios validation. Next project steps, including testing and commissioning using ETAP as support tool will be discussed as well as pilot case of ETAP Real Time implementation.

ETAP - SmartPlant Electrical™ Interface

ETAP - SmartPlant Electrical™ Interface

Intergraph PP&M and ETAP have offered an electrical engineering and design solution that combines ETAP’s enterprise solution software for electrical power systems with Intergraph’s SmartPlant® Electrical with a bi-directional interface to solve these design challenges. This partnership gives you the flexibility to either start with the detailed design in SPEL, validate thru ETAP and update the design in SPEL as needed, or start in ETAP with the distribution design and move from there to SPEL for the detailed design part of the work process.

ETAP - PI System

ETAP - PI System

Steve Kwan, OSIsoft

ETAP - OPAL-RT Interface

ETAP - OPAL-RT Interface

In this presentation we showcase the hardware-in-the-loop simulation testing procedure of one of ETAP’s real-time smart grid solutions, AGC (Automatic Generation Control). The ability of AGC to respond to varying operating conditions on the grid is demonstrated and the set-up enables testing under several “what-if” scenarios.

eSCADA implementation at Data Center Facility

eSCADA implementation at Data Center Facility

This datacenter 101 presentation explores how ETAP is being used to design a power system in a data center, how power was performed inside the data center, provides an overview of the project the collaboration with ETAP and summaries what lessons were learned in the process.

Design and Implementation of ETAP Load Shedding System at Hyundai Steel Plant

Design and Implementation of ETAP Load Shedding System at Hyundai Steel Plant

This presentation will discuss the steps in system design as well as the justification and implementation of ETAP Intelligent Load Shedding (ILS) system at Hyundai Steel, Incheon plant.

AVEVA Electrical – ETAP Interface

AVEVA Electrical – ETAP Interface

This presentation aims to introduce the AVEVA Electrical product and how the graphical engineering philosophy can be used to rapidly populate an engineering database. The recently released AVEVA – ETAP data exchange will also be shown, to highlight how easily data can be transferred.