HL-2M装置测量控制系统运行管理研究
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摘要
以现有聚变实验工程管理运维经验为基础,根据HL-2M装置测量控制的新需求,参考ITER控制、数据采集及通讯规范,开展了HL-2M测量与控制系统运行和管理研究。通过对全域子系统进行统一配置及管理,架构高性能网络完成不同通讯任务,设计扩容高速物理数据存储系统,实施运行状态监测与报警等,规划建设了HL-2M集成化测控系统管理运行平台。这项研究立足于优化实验信号质量,实现实时信号高效传输,提高实验工程管理自动化水平,保障实验过程中设备与数据安全并具备较高可实施性。
According to current engineering operation experiences and the new measurement and control(M&C) requirements for HL-2 M tokamak, referring to the ITER control, data acquisition and communication standard, the operation and management of HL-2 M M&C are focused on in this paper. Through the configuration and management for all plant systems, high performance networks architecture, physical data storage system design and expansion, operation status monitoring and alarm control system, an integrated system management platform for HL-2 M tokamak M&C is created. This study is targeted on the optimization of the experimental signal quality, realization of effective real-time signal transmission, enhancement of automatic management level, and guarantee of equipments and data in the experimental process and with high feasibility.
According to current engineering operation experiences and the new measurement and control(M&C) requirements for HL-2 M tokamak, referring to the ITER control, data acquisition and communication standard, the operation and management of HL-2 M M&C are focused on in this paper. Through the configuration and management for all plant systems, high performance networks architecture, physical data storage system design and expansion, operation status monitoring and alarm control system, an integrated system management platform for HL-2 M tokamak M&C is created. This study is targeted on the optimization of the experimental signal quality, realization of effective real-time signal transmission, enhancement of automatic management level, and guarantee of equipments and data in the experimental process and with high feasibility.
引文
[1]陈燎原,李波,宋显明.中国环流器2A号A装置测控、监视与处理系统[J].计算机应用,2003,23:402-403.
[2]Lister J B,Farthing J W,Greenwald M.The ITER CODAC conceptual design[J].Fusion Engineering&Design,2007,82(5):1167-1173.
[3]Panella M,Centioli C,Maio FD.ITER CODAC Core System at FTU:State of the art and new perspectives[J].Fusion Engineering and Design,2013,88(6-8):1257-1262.
[4]宋显明,李强,李波.HL-2A控制系统及其放电管理[J].核聚变与等离子体物理,2004,24(1):73-76.
[5]XIA Fan,PAN Li,ZHAO Li.The initial design of process control system based on EPICS for HL-2A&HL-2M[J].Plasma and Fusion Research,2012,7:2405048-2405048.
[2]Lister J B,Farthing J W,Greenwald M.The ITER CODAC conceptual design[J].Fusion Engineering&Design,2007,82(5):1167-1173.
[3]Panella M,Centioli C,Maio FD.ITER CODAC Core System at FTU:State of the art and new perspectives[J].Fusion Engineering and Design,2013,88(6-8):1257-1262.
[4]宋显明,李强,李波.HL-2A控制系统及其放电管理[J].核聚变与等离子体物理,2004,24(1):73-76.
[5]XIA Fan,PAN Li,ZHAO Li.The initial design of process control system based on EPICS for HL-2A&HL-2M[J].Plasma and Fusion Research,2012,7:2405048-2405048.