Études de cas

EN BREF

Organization
City of Bethlehem Public Works Department

Vertical Market
Geospatial

Location
Bethlehem, PA

Project Objectives

  • Minimize manual data import and export between systems.
    Provide a streamlined tool to read SCADA data for model calibration.
  • Estimate parameters of unmonitored locations by water modeling.
  • Develop methods to assign demands based on measured flows.

Fast Facts

  • Manual intervention was reduced to a one-click workflow.
  • A total of 50 SCADA signals were mapped to WaterCAD attributes.

Bentley products used

  • SCADAConnect
  • WaterCAD/WaterGEMS

Water Distribution Modeling and SCADA (Supervisory Control and Data Acquisition) technology has evolved immensely in recent decades. A few years ago, integrating SCADA with a WaterCAD would have been a formidable task because of technological limitations. Today, SCADAConnect makes integration for the two technologies a realistic target.

SCADAConnect was implemented to facilitate communication between Bristol Babcock’s OpenEnterprise SCADA and WaterCAD. With this implementation the engineers at the City of Bethlehem Public Works Department can calibrate and initialize a water distribution model using SCADA data to provide for better operator training, real-time system control, energy cost reductions, emergency response planning, and forensic analyses. This paper describes the technical issues, complexities, and benefits of this integration. It also presents a case study of SCADA-model integration for calibration and validation purposes.


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