智慧运河总体架构与典型场景应用实践*
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国家重点研发计划资助项目(2023YFC3208805)


Overall architecture and typical application scenarios of smart canal
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    摘要:

    平陆运河是西部陆海新通道的骨干工程,打造高效、智慧、绿色、韧性运河是高标准、高质量建设平陆运河的重要组成部分。通过规划智慧运河的总体架构,结合平陆运河建设及运营管理特点及需要,提出“建设管理全流程贯通协同、进度管理全周期数字孪生、质量管理全过程模拟调控、安全管理全方位预警预控、绿色管理全环节监测预警”为典型应用场景的智慧建管系统,以及“运营管理一网高效协同、运行调度一体衔接联动、航闸管养一图科学智能、安全应急一键协同联通、物流服务一站高效便捷”为典型应用场景的智慧运营系统,并从全要素立体感知、全过程数字孪生、全过程模拟推演、全方位智能服务、全技术自主可控等5个方面总结数字孪生运河的创新性技术特点,可为类似智慧港航工程建设提供借鉴。

    Abstract:

    Pinglu Canal is the key project of the Western Land-Sea New Corridor,and building an efficient,intelligent,green,and resilient canal is an important component of the construction of Pinglu Canal with high standard and high-quality.By planning the overall architecture of the smart canal and combining the characteristics and needs of the construction and operation management of Pinglu Canal,the smart construction and management system is proposed as a typical application scenario including “full process integration and coordination of construction and management,full cycle digital twin of progress management,full process simulation and regulation of quality management,all-around early warning and prevention of safety management,and full-link monitoring and early warning of green management”,as well as the typical application scenarios of the smart operation system,including “one-net efficient coordination of operation management,one-body seamless coordination and linkage of operation and dispatch,one-map scientific and intelligent management of locks and maintenance,one-click coordinated and connected emergency response,and one-station efficient and convenient logistics services”.Furthermore,we summarize the innovative technical features of the digital twin Pinglu Canal from five aspects of “full-factorial three-dimensional perception,full-process digital twin,full-process simulation and simulation,all-around intelligent services,and full-technology self-developed and controllable”,which can provide reference for the construction of similar smart port and navigation projects.

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周敬祥,潘海涛,陈永剑,等.智慧运河总体架构与典型场景应用实践*[J].水运工程,2025(2):9-16.

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  • 在线发布日期: 2025-02-10
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