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Power System Studies

ETAP Simulation Studies

Detailed ETAP modelling and analysis of industrial and utility electrical networks, giving you confidence that your system is correctly sized, safe and ready for expansion.

ETAP Simulation Studies

Studies we perform in ETAP

  • Load flow and voltage drop
  • Short circuit and equipment duty
  • Arc flash hazard analysis
  • Motor starting and harmonics
Overview

Know how your network behaves before problems occur

Plant expansions, new transformers, generators and solar plants all change how your electrical system behaves. Without studies, cables overheat, breakers are under-rated and protection fails to clear faults properly.

DCPS builds an accurate ETAP model of your network from single-line diagrams, nameplate data and site surveys, then runs the studies your project needs. We apply international standards such as IEC 60909 for short circuit and IEEE 1584 for arc flash, and translate the results into clear, practical recommendations.

The validated model is handed over to you, so it can be reused for future modifications, audits and operator training.

Why DCPS

Accurate modelBuilt from site data and verified
Standards basedIEC 60909, IEEE 1584, IEEE 519
Clear reportingFindings with actionable fixes
ReusableETAP model handed over to you
What We Offer

ETAP study portfolio

Individual studies or a complete study package for new projects and existing facilities.

Load Flow Analysis

Bus voltages, branch loading and losses under normal and contingency operating scenarios.

Short Circuit Analysis

Fault currents to IEC and ANSI methods and verification of switchgear and breaker ratings.

Arc Flash Study

Incident energy calculation, PPE categories and arc flash labels to improve worker safety.

Motor Starting Study

Voltage dip and acceleration analysis for large motor starts and starting method selection.

Harmonic Analysis

Harmonic distortion assessment and filter design for networks with drives and non-linear loads.

Transient Stability

Generator and system behaviour during faults, load rejection and switching events.

Our Process

How we deliver an ETAP study

01

Data Collection

SLDs, equipment data and site survey to capture the network accurately.

02

Model Building

Network modelled in ETAP and checked against measured values.

03

Analysis

Required studies run for all relevant operating scenarios.

04

Recommendations

Issues identified with practical, prioritized corrective actions.

05

Handover

Report presentation and delivery of the ETAP model files.

Deliverables

Engineering reports you can act on

Each study ends with a clear report, supporting calculations and the model itself.

  • Verified ETAP network model
  • Study report with results and assumptions
  • Equipment duty and loading tables
  • Arc flash labels and PPE schedule
  • Prioritized list of recommendations
  • Presentation of findings to your team
Industries We Serve

Networks we model

  • Industrial Plants
  • Power Plants
  • Grid Stations
  • Oil & Gas
  • Commercial Complexes
  • Hospitals
  • Solar & Wind Plants
  • Data Centres
FAQ

Frequently Asked Questions

What data do you need to start an ETAP study?

Single-line diagrams, transformer, cable, generator, motor and breaker data are the starting point. Where data is missing, our team collects it during a site survey.

Do we receive the ETAP model?

Yes. The model is handed over so it can be updated as your system changes.

How long does a study take?

Duration depends on network size and the number of studies. Most industrial studies take a few weeks from data collection to final report.

Why is an arc flash study important?

It quantifies the energy a worker could be exposed to during a fault, sets the correct PPE and often reveals protection settings that can reduce the hazard.

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Get a clear picture of your network

Send us your single-line diagram and we will scope the right ETAP studies. Call +92 345 2270942 or email info@dcpspak.com.