[1]何洁,张军,钱炯,等.安吉县智慧供水平台构建及应用效果分析[J].中国给水排水,2024,40(14):8-12.
　HEJie,ZHANGJun,QIANJiong,et al.Construction of Smart Water Supply Platform and Its Application Benefit Analysis in Anji County[J].China Water & Wastewater,2024,40(14):8-12.
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安吉县智慧供水平台构建及应用效果分析

中国给水排水[ISSN:1000-4062/CN:12-1073/TU] 卷: 第40卷 期数: 2024年第14期 页码: 8-12 栏目: 出版日期: 2024-07-17
Title:
Construction of Smart Water Supply Platform and Its Application Benefit Analysis in Anji County
作者:
何洁， 张军， 钱炯， 张小茜
（安吉国源水务集团有限公司，浙江 安吉 313300）
Author(s):
HE　Jie， ZHANG　Jun， QIAN　Jiong， ZHANG　Xiao-xi
（Anji Guoyuan Water Group Co. Ltd.， Anji 313300， China）
关键词:
城乡供水一体化;  智慧供水;  资源整合;  平台构建;  使用效果
Keywords:
integration of urban and rural water supply;  smart water supply;  resource integration;  platform construction;  usage effect
摘要:
随着城镇的发展，工业及生活用水需求不断提升，县域供水格局发生转变，传统以厂站为单位的独立供水模式已无法满足区域大调度供配水的需求，同时“十三五”规划对供水覆盖面积的要求进一步提升，导致多级增压、单村水站等小范围供水模式日益增多，如何从县域层面统筹城乡供水一体化生产设备与设施的有效管理、高效利用原水资源、优化供水资源调配等问题亟待解决。安吉县采用智能化手段全面提升供水管理与服务的效率与效能，在立足县域发展实际的基础上，结合城乡供水一体化规划，通过对水务系统各业务流程功能分解及共性提取合并，搭建了智慧供水平台，实现了跨系统的数据、流程与业务协同，可为其他准备建设智慧水务平台或已投入使用智慧平台的水司提供新的规划与系统提升思路。
Abstract:
With the development of towns, the demand for industrial and domestic water has been increasing, and the county water supply pattern has changed. Traditional methods, organized around individual waterworks and stations, are inadequate for large-scale dispatching water supply and distribution. Additionally, with the further improvement of water supply coverage requirements in the 13th Five-Year Plan, small-scale water supply modes like multi-stage pressurization and single-village water stations are increasing. There are some issues to be solved, including effectively managing integrated production equipment and facilities for urban and rural water supply at the county level, efficient utilization of raw water and optimal allocation of water supply resources. Anji County adopts smart methods to comprehensively improve the efficiency and effectiveness of water supply management and services. Based on the actual development of the county, combined with the integrated planning of urban and rural water supply, a smart water supply platform is built. By decomposing water affairs processes and creating a unified application support platform, cross-system data, process, and business collaboration can be realized. The practice can offer insights for water companies considering or implementing similar smart water platforms, suggesting new planning and system enhancement strategies.
更新日期/Last Update: 2024-07-17