Real‐time in‐network distribution system monitoring to improve operational efficiency
Real‐time in‐network distribution system monitoring to improve operational efficiency
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实时网内配电系统监控，提高运营效率
DOI：
10.1002/j.1551-8833.2011.tb11495.x
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发表时间：
2011
期刊：
影响因子：
--
通讯作者：
A. Whittle
中科院分区：
文献类型：
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作者：
M. Allen;Ami Prels;Mudasser Lqbal;Seshan Srirangarajan;Hock Beng Llm;Lewis Glrod;A. Whittle
本文详细介绍了新加坡无线水哨兵项目的设计、实施和部署，该项目是一个集成的端到端系统，具有节点级数据采集和传输以及基于服务器的数据归档、处理和可视化功能。该系统提供真实的实时水力和水质测量，补充现有的监控和数据采集系统，并促进在线水力建模和支持运营决策。该网络已在真实的世界测试台中使用，以使用压力和声学数据检查爆破和泄漏检测方法。实施真实的实时网络监控在提高大型城市配水系统日常运行效率方面显示出巨大潜力。随着世界各地的水基础设施不断老化，越来越容易出现代价高昂的服务中断和中断，这种类型的监测和分析可以帮助确保持续提供必要的资源。
This article details the design, implementation, and deployment of the Wireless Water Sentinel project in Singapore, an integrated, end‐to‐end system featuring node‐level acquisition and transmission of data as well as server‐based archiving, processing, and visualization of data. The system provides real‐time hydraulic and water quality measurements that complement the existing supervisory control and data acquisition system and facilitates on‐line hydraulic modeling and support for operational decisions. The network has been used in a real‐world test bed to examine burst and leak detection approaches using pressure and acoustic data. The implementation of real‐time, in‐network monitoring has shown great potential to improve operational efficiency of the day‐to‐day running of large urban water distribution systems. As water infrastructure worldwide continues to age, becoming increasingly prone to costly breaks and interruptions in service, this type of monitoring and analysis can help ensure continued delivery of an essential resource.