Color for background, foreground, line, outlines and fill patterns is user-selectable. Input of user text with selectable character set. Input of lines, rectangles, ellipses, arcs, ellipse sections, polygons, polylines, any kind of bitmap graphics. OLE copy/paste graphic data from and to MS-WordĪuxiliary graphics can be used for documenting the diagram. One element can have more than one graphical representation in the same diagram or in different diagrams. All diagrams will be considered for various analysis (e.g. Topological linkage of elements over more than one diagram. Zooming into stations: in the overview diagram, a station is shown as a black box, while in another diagram it is depicted in detail, with all its breakers, protective devices and instruments. These layers can be colored, locked, hidden or shown. Each diagram can have any number of graphic layers. Results of two variants can be compared in the chart manager.Ī network can be entered in several different diagrams, so that the HV network, for instance, is in one diagram, and the MV network in one or more other diagrams. The diagrams of different projects and variants can be displayed at the same time Results from two different variants can be displayed on the diagram in one result label. Variants can be compared, merged and deleted.
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In the variant data, only the differences from the parent variant are saved. For each network, you can select * any desired switch states (topology file) * any desired loading states (loading file) For each network you can define and store any desired number of variants and subvariants (variant tree). Non-redundant storage and management of variants. Integrated chart manager allows to analyze and compare all results from all variants. All computation modules access a shared database. A state of the art library manager with extensive libraries for each element type facilitates data entry. Extensive functions for network statistics and network documentations are available. Each element and node can belong to any independent area and zone. Any number of independent network areas and zones are possible. Option for combining and separating networks. JPG, which can be used in any internet web browser). Graphics can be exported as raster files (e.g. Import of almost any raster and vector graphic files (e.g.
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Import of a geographic map as a background graphic, for easier schematic capturing.
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ASCII file or SQL database oriented import/export functions for exchanging network data, topology data and load data are available. short circuit, transient stability etc.) Integrated Variant Manager (insert, delete, append, compare variants, compare results, etc.). A coloring tool helps to show which data is needed for which analysis (e.g. The equipment data are entered in dialogs, with plausibility checks provided.
#Short circuit analysis code in neplan software
OLE functionality: Data and graphic can be moved to and from third party software (like MS-Excel, MS-Word). An element can be moved from one node to an other node without deleting the element. Extensive editing functions like undo, redo, delete, copy, move and zoom for processing the network diagram are available. Most intuitive Graphical User Interface Multi-document and multi-window system All equipment can be entered graphically and/or table oriented (like in a excel sheet) There is no restriction on drawing sizes and number of nodes and elements. Graphical User Interface and Data ManagementApplication: Transmission Distribution Industrial - Generation NEPLAN one of the most complete planning, optimization and simulation tool for transmission, distribution, generation and industrial networks.