虚拟化在余热发电数据平台的应用

Application of Virtualization in Data Platform of Waste Heat Power Generation

本文根据太钢余热发电数据平台在运行过程中出现的服务器运行负荷不均衡、接口扩展占用资源高、系统可维护性差等问题进行分析,提出了基于应用虚拟化技术的数据软硬件平台的设计方案,即采用虚拟化方式将平台数据进行整体迁移,经过合理的系统配置,在保证现有系统可靠迁移的基础上,减少服务器数量,指出新的虚拟化平台提升了数据转接处理能力、服务器和应用扩展能力,使整个余热发电数据平台的可靠性和业务连续性得到保证。

Based on the analysis of the problems of unbalanced server operation load, high resource occupation by interface expansion, and poor system maintainability during the operation of the waste heat power generation data platform of TISCO,this paper puts forward a design scheme of data software and hardware platform based on the application of virtualization technology, that is, the platform data is migrated as a whole in the way of virtualization. After reasonable system configuration, the number of servers is reduced on the basis of ensuring the reliable migration of the existing system. It is pointed out that the new virtualization platform improves the data transfer processing capacity, server and application expansion capacity, so as to ensure the reliability and business continuity of the entire waste heat power generation data platform.