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面向设备健康管理的河口闸智能运维平台设计研究

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针对河口闸在复杂环境中常年服役存在一定病险问题,结合设备未来管理数字化、智能化的发展趋势,提出面向河口闸设备健康管理的智能运维平台设计方案.以三汊河河口闸为研究对象,研究智能运维平台的功能需求和建设架构,根据需求设计综合展示、故障分析、维护管理和信息管理四大功能模块,提出面向设备健康管理的故障诊断关键技术,并研究智能运维平台设备和环境模型的建模方法,设计开发数据驱动方案和可视化展示界面.研究最终得到面向河口闸设备健康管理的智能运维平台设计方案,可对河口闸综合状态、设备健康、设备维护进行全面三维可视化管理,对保障河口闸安全可靠、高效经济运行有重要意义.
Design and research on intelligent operation and maintenance platform of estuary sluice for equipment health management
The estuary sluice is in danger due to its operation in a complex environment all year round.In view of that,the design scheme of intelligent operation and maintenance platform for the health management of estuary sluice equipment is put forward,combined with the future trend of digital and intelligent equipment management development.This paper takes the Sanchahe River estuary sluice as the research object,focusing on the functional requirements and construction framework of intelligent operation and maintenance platform.According to the demands,four functional modules are designed:platform comprehensive display,malfunction analysis,maintenance management and information management,and key technologies of malfunction diagnosis for equipment health management are proposed.The modeling methods of platform equipment model and environment model are studied,data-driven scheme and visual display interface are designed and developed.Finally,the design scheme of intelligent operation and maintenance platform for equipment health management of estuary sluice is obtained,which can comprehensively and visually manage the general state,equipment health,and equipment maintenance of estuary sluice.It is of great significance to ensure the safe,reliable,efficient,and economical operation of estuary sluice.

equipment health managementintelligent operation and maintenanceoperation and maintenance platformestuary sluicemalfunction analysisplatform design

栾禹冲、杨建贵、杨明强、王璐、彭西

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南京理工大学,江苏南京 210094

南京市三汊河河口闸管理处,江苏南京 210036

南京市水务设施管理中心,江苏南京 210036

设备健康管理 智能运维 运维平台 河口闸 故障分析 平台设计

南京市水务科技项目

202202

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.(2)
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