水利信息化Issue(3)：22-29,8.DOI:10.19364/j.1674-9405.2026.03.004
小开河数字孪生灌区平台应用实践
Application practice of Xiaokaihe digital twin irrigation platform
付文国 1邱晨 1朱召阳 1王志浩 1李凯 1杨强强1
作者信息
- 1. 滨州市引黄灌溉服务中心,山东 滨州 256600
- 折叠
摘要
Abstract
To break through the bottlenecks of traditional irrigation district management and promote modernization transformation alongside high-quality,water-efficient development,this study systematically investigated the application of digital twin technology in modern irrigation district management.It focused on application model construction,implementation pathway exploration,and comprehensive benefit evaluation,taking the Xiaokaihe Irrigation District in Binzhou City,Shandong Province—one of the first national pilot digital twin irrigation districts—as a case study.Case analysis and empirical evaluation methods were employed.By constructing a digital twin platform with a core"1+6+N"architecture,establishing an integrated intelligent monitoring network covering"Space-Air-Ground-Water-Engineering"developing a multi-model collaborative simulation platform,and building an intelligent scheduling and decision support system based on digital twins,the study achieved precise,full-process management of irrigation district water resources,engineering infrastructure,and irrigation scheduling.The application results showed that the platform significantly improved water resource management efficiency in the irrigation district.The irrigation guaranteed rate increased by approximately 15％,the effective utilization coefficient of irrigation water rose to above 0.65,and annual water savings reached about 8 million m3,indicating a clear shift from experience-based management to precision-oriented intelligent regulation.The results offer replicable and scalable theoretical and practical references for irrigation district modernization.关键词
数字孪生技术/平台建设/水资源管理/小开河灌区Key words
digital twin technology/platform construction/water resources management/Xiaokaihe Irrigation District分类
信息技术与安全科学引用本文复制引用
付文国,邱晨,朱召阳,王志浩,李凯,杨强强..小开河数字孪生灌区平台应用实践[J].水利信息化,2026,(3):22-29,8.
