首页|宁夏秦汉渠数字孪生灌区建设探索与实践

宁夏秦汉渠数字孪生灌区建设探索与实践

扫码查看
为积极推进宁夏秦汉渠数字孪生灌区先行先试建设工作,不断提升灌区供水服务能力和管理水平.宁夏秦汉渠管理处按照"安全、实用、好用、管用"的建设目标,以水资源"总量控制、定额管理"为抓手,坚持需求导向,为用而建,建用并重,在已有灌区水利信息化建设成果的基础上,选择汉渠为典型渠道,补全灌域水情、工情、农情、气象等全要素数据采集设施,完善渠道系统建筑物数据底板及历史运行数据,建成秦汉渠数字孪生应用平台.同时,配套开发全渠道控制和水动力学等模型,实现"数、实"高度拟合和水资源"四预"功能,探索从黄河到田间的全链条灌溉供水服务体系,初步实现水资源精准调度和水旱灾害防御"四预"功能.
Exploration and practice of digital twin irrigation district construction in Qinhan Canal in Ningxia
In order to actively promote the pilot construction of a digital twin irrigation district for Qinhan Canal in Ningxia and continuously improve water supply services and management capabilities,Qinhan Canal Management Office adopted the goals of"safety,practicality,usability,and manageability".Focusing on the principles of"total water control and quota management"the construction followed a demand-oriented approach,emphasizing both functionality and practical use.Building on the existing achievements of water conservancy informatization in the irrigation district,Han Canal was selected as a model channel.Full-element data collection facilities were established to supplement water conditions,project status,agricultural conditions,and meteorological data within the irrigation area.Additionally,the channel system's infrastructure data foundation and historical operational data were improved,leading to the development of Qinhan Canal digital twin application platform.This platform also incorporates full-channel control and hydrodynamic models,achieving a high degree of alignment between digital and physical systems and enabling the"Four Preventions"functions of water resource management.The research explores and practices an end-to-end irrigation and water supply service system from Yellow River to the fields,achieving preliminary success in precise water resource scheduling and the"Four Preventions"for water and drought disaster defense.

digital twinirrigation districtQinhan Canalchannels

唐娟、马飞、周小生、魏龙、查正兴

展开 >

宁夏回族自治区秦汉渠管理处,宁夏 吴忠 751100

数字孪生 灌区 秦汉渠 渠道

2024

水利信息化
水利部南京水利水文自动化研究所

水利信息化

影响因子:0.571
ISSN:1674-9405
年,卷(期):2024.(5)