Profiles for reservoirs (for calculation of filling and emptying process) and loads.The heat loss characteristics of the pipes are calculated according to Prandti-Colebrook and Hagen-Poiseuille.Calculation with different water temperatures.Calculation of multiple pumps and reservoirs.Calculation of centrifugal and circulation pumps, reservoirs, valves, fittings etc.The Extended Newton Raphson allows in the future to add new models independent of their complexity. Two algorithms are included (Hardy-Cross and Extended Newton Raphson). Powerful, up-to-date calculation algorithms.Simultaneous calculation of multiple partial networks.The consumptions can be entered in different units (e.g.All load and simultaneity factors of the line loads are considered during the calculation.from an accounting database )is possible. Importing of consumers from existing databases (e.g. To each pipe any number of line loads can be connected (e.g.Loads (consumers) can be changed through 3 different load factors (general, regional or simultaneity load factors).Import of measured consumer data from an existing in-house database.Languages for graphical user interface and manual: English, Spanish, German, Italian, French.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.Import of a geographic map as a background graphic, for easier schematic capturing.measured data acquisition systems) can be implemented. ASCII file or SQL database oriented import/export functions for exchanging network data, topology data and load data are available.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 element data are entered in dialogs, with plausibility checks provided.OLE functionality: Data and graphic can be easier.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.There is no restriction on drawing sizes and number of nodes and elements.
Any desired number of nodes and tubes can be quickly and interactively entered, computed and evaluated. NEPLAN is used to analyses, plan, optimize and manage gas and water pipeline networks. NEPLAN Gas, Water, District Heating – Analysis tool for gas, water and district heating networks.
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