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泉州市水資源綜合調度平臺設計與應用--鄭錦材
摘要:
泉州市水資源綜合調度平臺設計與應用--鄭錦材
摘要:
分類:2022年第03期(總第168期)
發布: 2022-07-05 11:07:25
鄭錦材
(泉州市水利局水利工程質量與技術監督站,福建 泉州 362500)
摘要:基于泉州市水資源條件、水治理體系與治理能力的現狀,針對水資源調配工程體系缺乏開展科學調度的非工程配套措施等實際問題,為有效保障新時期發展階段全市居民與工農業的用水供水安全,泉州深度融合水資源智能預測與調配模型,基于多源異構、縱橫聯動、共享服務的水利大數據與智慧水利基座提供的底層支撐能力,通過多業務聯動的大數據分析與計算,構建綜合決策智能應用,建立以水資源調配業務為核心的綜合平臺。最大程度賦能水資源優化配置與供給保障,為泉州現代水網工程體系實現“多源互補、豐枯調劑、環境優美”的目標提供有力支撐與強力驅動,助力破解新時期泉州市發展面臨的水資源制約問題,為省市一級智慧水利體系的規劃建設提供參考,助力國家新階段水利高質量發展。
關鍵詞:水資源調度;調配模型;精細化管理;智慧水利;綜合調度平臺
Design and application of water resources regulation platform of Quanzhou
ZHENG Jincai
(Water Project Quality and Technology Supervision Station of Quanzhou Water Resources Bureau, Quanzhou 362500, China)
Abstract: Considering current water resources condition, water management system and capacity in Quanzhou, there are problems in water resources allocation system, such as lack of non-engineering supporting measures. In order to effectively ensure water supply safety for residents, industry and agriculture in Quanzhou, the city integrates smart forecast and regulation models to address these problems. Based on multi-source heterogeneous, shared big data and the underlying support of smart water, an integrated platform is developed with water resources regulation as the core. The platform carries out big data analysis and computation for intelligent application of comprehensive decision-making, which can provide support for optimized water resources allocation and supply. This will further provide strong support for Quanzhou modern water network engineering system, to achieve the goal of “multi-source water allocation during wet and dry seasons, which can restore inhabitable environment”. The platform helps solve the water resource problems of Quanzhou city in the new period, which provides reference for cities and provinces, and contributes to the high-quality development of national water management in the new stage.
Key words: water resource regulation;water regulation and allocation model; fine management; smart water;integrated dispatching platform
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