智慧水管理為當代管理趨勢，台灣自來水公司近年導入新科技產品，運用物聯網 概念結合大數據分析，於國內各管理區處的自來水管網中廣設監測點位作為數據採集 之基礎，彙整水量、水壓、水質等八大監測數據，並結合地理圖資、小區管網，建置 供水監測資訊平台，協助後端分析報表處理，完成即時監測、漏水管控、輸配水作業 調配參考、異常通報等功能，冀能達到穩定且優化供水之目標。 供水監測管理從早期SCADA 系統開始至當代網頁式管理，以穩定供水為目標、 協助降低漏損，台灣自來水公司各管理區處因地理水文特性不同，供水監測資訊平台 也有不同樣貌，本研究將針對台灣自來水公司第五區處系統進行探究，以此延伸探討未來供水監測資訊平台之樣貌與預期發揮之效益。

Smart water network management has become the current trends so TWC (Taiwan Water Corporation) has adopted new technology, which applies IOT (Internet of Things) concepts to analyze big data recently. Now, every branch office of TWC has implemented various monitoring sites to collect 8 parameters, including flow, pressure and quality data from the network and combined with GIS (Geographic Information System), DMA (District Meter Area) to generate analysis reporting, monitor real-time data, control leakage, operate water supply and send the alarms so as to optimize the network supply system. The purpose to develop the network supply monitoring system is to stabilize the water supply, developing from SCADA (Supervisory Control and Data Acquisition) in the early time to the latest WEB-based management system. Due to the different geographical and hydrological features from every branch office of TWC, they will develop different monitoring management systems. The study will emphasize on the 5th branch of TWC to discuss the features and benefits of the future network supply monitoring system.