水电站机电技术2025，Vol.48Issue(12)：14-16,89,4.DOI:10.13599/j.cnki.11-5130.2025.12.005
水电集控中心监控系统虚拟化技术构建设计与应用
Virtualization technology in monitoring systems for hydropower centralized control centers:design and application
李清华 1李萌1
作者信息
- 1. 北京中水科水电科技开发有限公司,北京 100038
- 折叠
摘要
Abstract
To address problems in monitoring systems built on traditional physical architectures in Safety Zone II of hydropower centralized control centers—such as high single-point failure risk,limited scalability,and low operation-and-maintenance(O&M)efficiency—virtualization-cluster technology was applied to build the service layer,and cloud-desktop technology was used to build the client layer.A highly elastic virtualized resource pool was established,integrating key capabilities such as template-based deployment,highly available storage,live(hot)migration,hot addition of resources,snapshots,and backup.This solution significantly improves system reliability and continuity,enabling zero-downtime switchover of key services.Template-based deployment shortens the time required to launch new services to hours,while centralized management greatly improves O&M efficiency and reduces costs.By eliminating the"service avalanche"risk,the solution provides crucial support for achieving the operational goals of high reliability,high efficiency,and low cost.关键词
高可用/虚拟化/桌面虚拟化/业务连续性Key words
highly available/virtualize:desktop virtualization:service continuity分类
建筑与水利引用本文复制引用
李清华,李萌..水电集控中心监控系统虚拟化技术构建设计与应用[J].水电站机电技术,2025,48(12):14-16,89,4.
