How does EPAScada work?

Loading measured values from the SCADA system

Set initial values based on uploaded data

Flow and water pressure simulation on the water supply network using the EPAnet software package

Processing the results and presenting them in EPA Scada

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Detection of possible water losses using the EPAnet system. Simulation of flow and water pressure on the water supply network.
EPANET is a computer program that performs a period of simulation and check the quality of the pressurized hydraulic water supply network.

Read metrics from any SCADA system in a given time interval.

SCADA is a computer system for monitoring, measuring and managing industrial systems.

Image 1, Basic view of EpaSCADA

Display of a simulation in Web-based software based on the Google Maps system

The possibility of filtering the data displayed (pipes, valves, water fountains, pumping stations, nodes)

Overview of statistical data for each point of the water supply system

Simulation of the water supply system for a certain historical time period

Integration with Google Street View to help find the required waterworks on the map

You can choose map view mode (satellite, topographic, road view …)

For EpaSCADA start, you must launch the Google Chrome browser, Mozilla Firefox, Safari.

In the address input field enter: http://localhost. After successful entry, the content opens as shown in Image 1.

From the basic screen you can use the following functions:

  • scroll (left, right, up, down)
  • zooming
  • use of various filters
  • search by address, place
  • change display (satellite, field, cartographic)
  • display information about objects (junctions, pumps, valves, etc.) and pipes,
  • a description of the measured values, the value by measurement and the value according to the simulation
  • data trends of a particular facility / pipe
  • adding additional information for a particular object / pipe
  • add measurement values
  • adding documents related to an individual object / pipe


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage


– node marking without indication of potential leakage

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