基于透明体系架构的新一代智能录波主站系统设计

Design of new generation intelligent recorder master station system based on transparent architecture

针对传统录波主站难以支撑最新的“四合一”智能录波器数据量激增的问题,以及拓展二次系统运行可视化和设备智能运维等新型业务的需求,本文提出一套基于透明体系架构的新一代智能录波主站系统。设计主站系统的整体框架,提出功能模块之间的透明运作流程,解决对常规和智能录波器的无差别兼容、异构数据的标准化处理两大基本问题,研究基于虚拟化的任务计算透明技术和基于可视化的运行状态透明技术,通过对过程指标的实时监控和运行状态的全景展示,提高调度对故障的认知水平和掌控力度。实践结果表明,该系统可实现电网级运行状态感知和故障快速处理的目标。

Aiming at the problem that the traditional recorder master station is difficult to support the data explosion of the latest“four in one”intelligent wave recorder,as well as expanding demands of the secondary system operation visualization,equipment intelligent maintenance and other new business,a new generation of intelligent recorder master station system based on transparency architecture is proposed.The overall framework of the master station system is designed.The transparent operation process of the functional modules is proposed.Two basic problems of the indiscriminate compatibility of conventional and intelligent recorders and the standardized processing of multi-source heterogeneous data are solved.Virtualized task computing transparency and visualized operation status transparency technology are researched.The level of awareness and control of faults in scheduling is improved through real-time monitoring of process indicators and panoramic display of operating status.Practical results show that the system can achieve goals of grid-level operation status perception and rapid fault handling.