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In the attached example (PhotovBattery.pfd ) two explicit modelling approaches are shown. The models we recommend for PowerFactory simulations are very similar to each other. The PV generator consists…
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PowerFactory provides the toolbox Quasi-dynamic Simulation to calculate a set of load flow calculations considering defined time characteristics.Almost for every element parameter, characteristics can…
The attached example shows how to use the PV System. In this example the Solar Calculation is shown. - As a type for the PV System element a PV Panel type is chosen. The rated Peak Power in the Panel…
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Refer to the attached project. An example of a photovoltaic (PV) system running in parallel with a synchronous generator is provided. The PV generator (Static Generator) is feeding the load. The grid…
PowerFactory fully supports all kinds of unbalanced power system models:- 3phase, 3 wire (loads in Delta, can be unbalanced, lines can be unbalanced)- 3phase, 4 wire (neutral is modelled…
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The attached project contains a small medium voltage network with four loads of different behaviour. The loads are supplied by a synchronous generator driven by a diesel engine. Additionally there is…
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A simple test system is provided in order to analyse using Quasi-Dynamic Simulation the behaviour of a microgrid containing PV systems and a battery system. The network can be configured in order…
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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…
The Q(V) characteristic is available as reactive power controller for load flow calculation within the generator models as well as within the station controller. The slope of the control curve can be…
The attached example provides a simple network where one single phase static generator (converter) is directly being controlled via DSL to set the output active and reactive power (constant power…