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In the attached project, four different QDSL battery models are implemented that control the power consumption or feed-in of a battery (an ElmGenstat element is used for the battery). These QDSL…
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The objective is to limit the active power setpoint of a generation unit depending on the voltage measurement at a terminal. For this functionality, a two slightly different QDSL-Models that can be…
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The normal tap changer model of a transformer can adapt the voltage at the LV- or HV-side. The control is applied when the voltage of a certain terminal is violating the upper or lower voltage limit.…
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In the attached project a QDSL model is implemented that controls the switching status of a pre-defined breaker. On the load flow page of the QDSL model the study case time is checked against the…
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In the attached project a QDSL model is implemented which realises a switchover between a primary and a secondary supply. If the voltage at the chosen terminal "BB_voltage" decreases below "u_min",…
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The attached project contains a QDSL model which models an automatic tap changer for a transformer with time-delayed tap changes. The permissible voltage band is formed using the input variables…
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It is possible to represent photovoltaic (PV) systems in PowerFactory for the purpose of power system analysis. It is important to decide from the very beginning on the type of analyses being carried…
Verwendung der Vorlage Importieren Sie die Vorlage Positionieren Sie die Vorlage innerhalb des Netzmodells Parametrieren Sie den statischen Generator. Achten Sie dabei insbesondere auf die Folgenden…
User-defined controls for Load Flow Calculations as well as Quasi-Dynamic Simulations can be implemented by using QDSL (Quasi-Dynamic Simulation Language) models. In the attached project, two…
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To simulate the charging behaviour of electric vehicles in PowerFactory the template “DIgSILENT Electric Vehicle” from the global library can be used. This is done by using a QDSL (Quasi-Dynamic…
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