• OpenFlows WaterSight

    Real-time water distribution insights

Digital Twin Technology for Smart Water Networks

OpenFlows WaterSight combines SCADA, GIS, hydraulic modeling, and customer information into a single, interoperable dashboard. Access to cloud-based insights from various enterprise sources delivers a utility-wide view into the detection of critical system and individual asset performance information, enabling more efficient operations and maintenance planning decisions.  

Operators are no longer limited by the number and accuracy of sensors. You can readily monitor flow, pressure, and water quality conditions at every point in the system. With OpenFlows WaterSight, non-revenue water is assessed and reduced using live water audit calculations. Improve energy efficiency leveraging real-time analyses of each pump and tank, with alerts for when performance is outside of service thresholds.

OpenFlows WaterSight enables computation of present, historic, and forecasted performance for every asset within the system. Users can confidently share with stakeholders detailed graphics of current system performance, as well as the expected consequences and improvement for actions related to operational and maintenance activity. Moreover, you can virtually test and simulate response measures for emergency situations, such fires, pipe breaks, pump outages, or other time-critical events.

    • Manage emergency response
    • Manage emergency response
  • 管理应急响应

    • ​水力建模师、规划师和操作人员可以使用管网模型来毫无风险地测试运行策略、战术和应急协议变化。确定安全、经济的方案,以提升供水和输送管网的适应能力和日常管理。
  • Detect system anomalies

    • Monitor SCADA sensors for early detection of anomalous behavior in the system. Protect against potential natural, accidental, or purposeful contamination that will compromise the system's ability to deliver safe water to customers.
  • 管理压力

    • ​使用水力管网模型自动确定基于压力边界和消费大户的准确的压力区域。识别潜在问题区域,在不影响服务的前提下减少压力。避免造成超量泄漏和管道断裂故障的过量高压。
  • 管理能源利用

    • 正确使用水力建模(包括复杂的水泵组合和变速泵)构建水泵模型,以了解不同的水泵可行性方案对能源利用的影响。最大限度降低与水泵运行成本相关的能耗,同时最大限度提高系统性能。​​​​
  • 确定水的流向

    • 执行水平衡和最小夜间流量计算。发现问题并确定优先级,从而帮助改善减少漏失的行动,合理配置资源。
  • 提高工程和运维效率

    • 简化部门间工作共享,为供水系统提供切实可行的见解。消除传统工程功能造成的障碍,以便您的组织能够有效地跟踪、共享和协作网络数据。
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