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Refer to attached project. The model makes use of the AC/DC Connector element in order to link in EMT simulations the AC and DC sides of a network. The detailed model is built using power electronics…
Refer to attached project. The model makes use of the AC/DC Connector element in order to link in EMT simulations the AC and DC sides of a network. The detailed model is built using power electronics…
Refer to attached project. The model makes use of the AC/DC Connector element in order to link in EMT simulations the AC and DC sides of a network. The detailed model is built using power electronics…
This example can help you understand the following: - the purpose of the commutation reactance while applying it to the HVDC-LCC element (ElmHvdclcc); nevertheless, the same procedure applies to line…
  Refer to attached example project. It contains a basic example on how such a procedure could be implemented. The project is built based on the Resonance Studies Application Example. It contains…
In dynamic simulations, a breaker/switch can be opened via the Switch Event (EvtSwitch). The Switch Event can be parameterised in order to configure the opening process. Furthermore, the breaker…
In dynamic simulations, a breaker/switch can be closed via the Switch Event (EvtSwitch). The Switch Event can be parameterised in order to configure the closing process. Furthermore, the breaker…
To calculate the current rating of a cable the Cable Ampacity calculation can be used. According to two different methods (IEC 60287, Neher-McGrath) the maximum current through a cable can be…
The Cable Ampacity calculation can be used in PowerFactory to precisely calculate the rating of a cable. It can only be executed when the geometrical data of a cable is defined by the use of a cable…
The two cable analysis tools each have distinctive applications that they can be used for: Cable Sizing: Planning a network from scratch Create new or select existing cable types Determination of the…