Introductory Course: Time Domain Simulation (EN) 28.04.25

646,00 € – 760,00 €

excl. VAT

1 day (9:00-17:00 CET)

SKU: S2025.04.28.Online_TDS.EN Category: Tags: ,

Description

Please note: Previous experience in PowerFactory basics, or attendance at an introductory course, is essential. The Self E-Learning course Introductory Course: Load Flow and Short Circuit Calculation, for example, can be used to acquire the necessary basic knowledge.

PDF with Training Content

This training gives the participants an introduction to the handling of the time domain simulation

functions in PowerFactory. It includes the following topics:

  • Definition of result variables and simulation events
  • Visualisation of simulation results
  • Simulation scan
  • Fast Fourier Transform (FFT)
  • Definition of dynamic controllers

The various hand-on exercises with detailed instructions ensure that participants will gain a

sound introduction to the use of time domain simulations in PowerFactory.

Important hint: This training will be held for PowerFactory 2025. Older versions may have a different structure in the menus or do not yet have some of the functions presented.

Licence and Material

A PowerFactory licence for the duration of the Online training course is included in this course and will be delivered a week before the first day of the training together with the training material that consists of presentations, exercises and example projects via mail. Additionally, a link is provided to download and install PowerFactory locally. An installed instance of PowerFactory in the version specified on the description page is required to participate in the training.

The training is held in Zoom.

Target Audience

The course is intended for utility engineers, power system operators, project developers, manufacturers, consultants and electrical engineers in general, interested in practising the handling of time domain simulation functions.

This training is highly recommended as a preparatory course for users interested in attending one of the following courses:

  • Power System Stability
  • Electromagnetic Transient Analysis
  • Power Transmission with HVDC
  • Flexible AC Transmission Systems (FACTS)
  • DIgSILENT Simulation Language (DSL)

  • Dynamic Modelling with Modelica and FMI

Training Content

PDF with Training Content

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