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HOW TO MODEL WIND TURBINE IN NEPLAN HOW TO
HOW TO MODEL WIND TURBINE IN NEPLAN GENERATOR
HOW TO MODEL WIND TURBINE IN NEPLAN SIMULATOR

You may access the function block diagram directly through the popupmenu by clicking the right mouse button on the CCT element. The functions block may be accessed wit menu item “Insert”. You may now insert your CCT with function blocks. NEPLAN User's Guide V5Ī “CCT” dialog appears. Click in the diagram diagram near a synchronous machine machine to enter enter the CCT. Then you may with the right mouse button directly open the diagram through the popup menu (popup menu item “Subsystem”). A nested CCT element may be entered first. Normally you will design this CCT in a separate NEPLAN diagram. These predefined NEPLAN regulator types are optimized for the NEPLAN simulator.Įnter a user defined CCT with function blocks NEPLAN allows entering a user defined CCT in a very comfortable way with the help of a function block editor. Once again: if a predefined type is available you should use this standard type. 16.2 Insert graphically a predefined NEPLAN standard exciter

HOW TO MODEL WIND TURBINE IN NEPLAN GENERATOR

16.1 Generator dialog: Assign a predefined NEPLAN standard exciter to the generatorįig. You may also add the exciter first graphically (see above).įig. The exciter will then not appear on the single line diagram. If the exciter is not yet in the network you may add and edit the exciter directly in the synchronous machine dialog. You may assign an exciter to to a generator in the dialog dialog below with the the button “…”. Add a generator generator to the network. You find the regulator symbol in the “Symbol Window -> FACTS/DC/Specials”. You have to to enter the standard standard regulator just like any other element in the network.

HOW TO MODEL WIND TURBINE IN NEPLAN HOW TO

Below is a detailed description of how to add an exciter to a generator. Then you have to assign the regulator (e.g. Generator) into the network (single line diagram).

Exciter) and the controlled element (e.g. This is the preferred and easiest way to enter an exciter! You have to insert regulator (e.g. Please note: The preferred and easiest way to enter a regulator (like exciter, turbine and governor) is using a predefined NEPLAN standard regulator (see below)!Įnter predefined NEPLAN standard regulators

Įntering a NEPLAN predefined standard regulatorĮntering a user defined regulator with function blocksĮntering a user defined regulator with function blocks using a CCT libraryĮntering a user defined regulator as DLL file, written in C++ and modeled with MATLAB Entering a predefined standard regulator in a “CCT Signal-Block” element Entering a user defined regulator with function blocks in a “CCT SignalBlock” element Entering signal connections between regulators and elements with a “CCT Signal-Block” element.

Below we show you how to define and enter regulators like exciters and governors in different ways and what are the advantages advantages and disadvantages disadvantages thereof: In NEPLAN you may enter regulators and control circuit in many different ways. Input Dynamic Data (Regulators, Control Circuits) In this section, you will learn how you may enter dynamic data like exciters governors, regulators and control circuits (CCT).

HOW TO MODEL WIND TURBINE IN NEPLAN SIMULATOR

Tutorial - NEPLAN Simulator Introduction This module substitutes the Transient Stability PROST, which is described in section Transient Stability and the normal Tutorial.