摘要
为提升长江水文数据中心设施设备和运行环境监控能力,提高网络、计算、存储资源的故障处置效率,聚焦数据中心环境设施设备运维监控“痛点”,设计了数据中心智能监控系统的总体架构,结合长江水文特点和数字孪生技术,研发了长江水文数据中心智能监控系统。应用结果表明:该系统可以实现数字化、可视化、智能化的实时监控和预警,利用网络管理协议实时获取硬件设备和虚拟化设备的实时运行状态信息,并与动环监控系统结合,用户可实时监控机房所有设备和运行环境,第一时间取得告警信息,便于及时对各类告警事件进行有效处置;运用三维可视化技术,实现了机房3D可视化,可实时智能发掘设备潜在隐患。研究成果可为设备预防性运维管理和安全生产管理提供参考。
In order to increase the ability of monitoring facilities and operating environment and enhance the efficiency of processing malfunction of the network,computing and storage resource of Yangtze River Hydrological Data Center,we focused on the difficult points of monitoring operation and maintenance of data center environmental facilities and equipment and designed the overall architecture.Combined with the features of Yangtze River Hydrological Data Center,we developed an intelligent monitoring system based on digital twin technology to achieve digital,visual and intelligent real-time monitoring and warning.The network management protocol was used to obtain real-time operating status information of hardware equipment and virtualization equipment in real time.In case of abnormality,alarm information will be delivered to the user as soon as possible.Integrated with the power and environment monitoring system,the system allows users to monitor the physical information of all equipment and environments in the information engine room in real time which helps users to effectively handle various events timely.Combined with the digital twin information engine room visual technology.The system explores real-time potential hidden dangers of equipment,which can provide a reference for preventive operation and maintenance management of equipment and safty of production.
作者
徐晔
刘迪
高军
邹冰玉
XU Ye;LIU Di;GAO Jun;ZOU Bingyu(Bureau of Hydrology,Changjiang Water Resources Commission,Wuhan 430010,China)
出处
《水利水电快报》
2024年第11期128-133,共6页
Express Water Resources & Hydropower Information
关键词
数字孪生
SNMP协议
虚拟化
智能监控
数据中心
3D机房
digital twin
SNMP agreement
virtualization
intelligent monitor
data center
3D information server room
