Fluidit Storm

Growing cities change the landscape and use resources around them, they transform dramatically the natural flow routes of water in large areas. These transformations can cause severe runoffs. To design and plan systems that reduce the effects of flashfloods and seasonal heavy rains detailed modeling and simulation is required.

For design engineer

For utility

For universities

Main features

  • Unlimited pipes in all versions
  • Support for all EPSG coordinate systems
  • Affine coordinate transform available
  • Online background maps (Bing Maps, OpenStreetMap, Satellite maps, custom WMS/WFS…)
  • Integrated elevation model, automatic elevation retrieval for junctions and hill shading
  • Reference maps (shp, dxf, geotiff, mif, geojson, GML…)
  • Versatile visualization of components and results
  • Calculated raster data from node and user data
  • Unlimited demand junctions
  • Informative and user-friendly pipe profiles
  • Based on choice, time series views of the modeling results are updated
  • Statistical analysis of results at different levels (system, catchment and user area)
  • Easy to use pressure-dependent leakage to the model
  • Customizable schematics showing the behavior and results of the system
  • Support for flow and pressure controlled frequency drive-controlled pump batteries and control valves
  • Energy usage and working point analysis for pumps
  • Energy balance analysis
  • Water hammer analysis in pressure pipes(according to Joukowsky)
  • Splitting pipes according to lowest and highest elelvations
  • Movable and floatable UI-windows
  • Libraries for pipe materials
  • API (python, javascript, RUBY)
  • System control and setpoints modelling
  • Inheritable scenariotree
  • Comparison tool for different scenarios
  • Simulation of several quality factors simultaneously
  • Network reliability and analyzes