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Trends in metering potable water

机译:饮用水计量趋势

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Sustainable management of drinking water distribution systems requires information on the operating status ofsystem components to identify the best operational management measures. The ability to acquire information ontank levels, pipeline flow and real-time pressure offers an efficient and cost-effective management perspective,and enables wider monitoring, which can improve (physical) security as well. The technology of measuring instrumentsfor hydrodynamic variables, used to monitor potable water systems, differs in their independence fromelectronic data acquisition components and ability to connect to remote data communication systems. Advancedwater measurement infrastructure is characterized by the ability to capture data with measurable errors fromanywhere in the system, without restrictions on communication type. This paper deals with the measurementof hydrodynamic parameters and a proposal for water meter classification. It includes analysis of the mainwater meter and data tele-acquisition infrastructure. Several selection criteria are evaluated with respect totheir ability to support mathematical hydraulic models and expert systems for water distribution systemmanagement.
机译:饮用水分配系统的可持续管理需要有关系统组件运行状态的信息,以识别最佳的运行管理措施。获取有关油箱液位,管道流量和实时压力的信息的能力提供了有效且具有成本效益的管理视角,并实现了更广泛的监控,这也可以提高(物理)安全性。用于监测饮用水系统的水力变量测量仪器技术与电子数据采集组件的独立性以及与远程数据通信系统的连接能力不同。先进的水测量基础设施的特点是能够从系统中的任何位置捕获具有可测量错误的数据,而不受通信类型的限制。本文讨论了水动力参数的测量以及水表分类的建议。它包括对主水表和数据远程获取基础设施的分析。关于它们支持数学水力模型和水分配系统管理专家系统的能力,评估了几种选择标准。

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