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Depending on the available input data and the kind of study (e.g. steady state, RMS or EMT) different line models (Types) are required and available in PowerFactory. The following models are available…
The time-domain response of a cable system and overhead line model can be validated based on impedance frequency sweep calculations. With the frequency sweep command your can calculate the transfer…
A PowerFactory 2018 (and onwards) example along with two papers is provided for your reference. An example of a PowerFactory implementation of a fast voltage controlled based method for converter…
From version 2017 of PowerFactory, a new tool has been provided to help users who wish to combine two or more projects into one. It is a two stage process, using a “Project Combination Assistant” and…
Our "Diagram Layout Tool" can assist you on this.   How to do it: Open a diagram of interest on your graphics board Select Diagram Layout Tool icon from the local graphic window…
To define this follow these steps: Navigate to a relay type of interest in PowerFactory DataManager  Select the icon "New Object" from the local graphic icon bar In the new open window…
The following example provides an introduction to lightning transients analysis in PowerFactory. The example contains various study cases for the investigation of electromagnetic transient (EMT)…
The following example provides an introduction to switching transients. The example contains various study cases for the investigation of electromagnetic transient (EMT) phenomena such as transformer…
Cable systems can be modeled in PowerFactory using either sequence data or geometrical data of the single core cable and cable system arrangement. The PowerFactory project which is attached with this…
Harmonic load flow calculation and frequency sweep calculations required detailed models of lines which are also representative for higher frequencies. For that purpose, overhead lines and cable…