DIgSILENT PowerFactory Application Guide Dynamic Modelling Tutorial DIgSILENT Technical Documentation DIgSILENT GmbH Heinrich-Hertz-Str. 9 PowerFactory is easy to use and fully Windows compatible and can be integrated DIgSILENT YouTube channel; Interactive introductory tutorial and various. PowerFactory is a leading integrated power system analysis software, which covers the full range of functionality from standard features to highly sophisticated .

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In the hydro turbine example, the integrator block is redrawn and the steady-state represen- tation is shown in Figure 4.

General Software Information

Lastly, the incfix statement is only used for powerfactoory calculation of initial conditions see Section 4.

The gate position is controlled by a governor system, which tries to keep the output of the generator at a constant frequency. It is best practice to store elements such as common models and measurement devices inside the composite model object for example, see Figure 2.

The relevant system components, e. By staying here you are agreeing to our use of cookies. There are few restrictions on how a digsileht can construct models and with this freedom, a user can create models with very complicated structures. However at this stage, we only have blueprints for the system which are located in the library.

Power System Software & Engineering

Brackets [ and ] are used to indicate the inclusion of the end points in the range, and are used to indicate the exclusion of the end points from the range. For the generator slot, we can select the relevant generator element in the grid. Test the complete model see Section 5. Help Center Find new research papers in: We still have to define the individual dynamic models for the governor, turbine and voltage controller. March 05, — March 07, Einsteigerschulung: A parameter event digislent us to change the value of any signal or variable in an element or DSL model during a time-domain simulation.


Two model definitions each referenced by one common model one-to-one ing the structure of a simplified generator control system, and how it can be implemented in PowerFactory. In this system, the amount of water flowing powerfacrory the penstock is controlled by a control gate at the intake.

If there is a problem with one common model, try to put the common models that are not directly connected or related to the problem model out of service. It links the composite frame which contains slots to pwoerfactory actual network elements, measurement devices and DSL common models in the grid.

Hydro turbine common model and parameters Figure 5. Construct a steady-state powerfactorg of the block diagram Set all derivatives to zero and redraw the block to show its steady-state configuration.


Enter the email address digsilet signed up with and we’ll email you a reset link. Built-in grid elements such as synchronous generators can be created by the drawing tools in the PowerFactory Tutorkal. A voltage controller is also connected to the generator, controlling the terminal voltage of the machine by regulating rotor excitation.

Step response of first-order lag differentiator 4. It is implemented in DSL using a linear i difference approximation, plus a state variable x: Step response of integrator 4.


Log In Sign Up. It is recom- mended that the steady-state load flow is configured correctly before running a time-domain simulation.

It is sufficient to simply be aware that they exist and know that the definitions are here for reference. Single model definition referenced by two common models one-to-many Now suppose that one of the Basler voltage controllers is replaced with an AVK voltage con- troller.

Primitive blocks are often re-used in other composite model definitions. For example, digsolent a wind turbine model with inputs and outputs as shown in Figure 4.

Ticking the checkbox will activate the feature, however it requires some additional configuration to make it work properly. Consider the hydroelectric generation system shown in Figure 2. In the end, the complete composite model is shown in Figure 2.

PowerFactory – DIgSILENT

Undefined variables or signals need to be manually initialised, for example: Models that contain highly sensitive data e. Calculate the unknown signals and variables from the known quantities In the hydro turbine example, we worked digsilwnt from the known output pt to calculate the unknown steady-state input g, as well as the quantity U for the integrator state variable.

Create a composite model and fill the slots with the relevant grid elements, e.