电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2015年
5期
50-53
,共4页
调控一体%无人值守%系统结构
調控一體%無人值守%繫統結構
조공일체%무인치수%계통결구
control integration%unattended operation%system architecture
介绍了传统500kV变电站调控一体管理模式存在的不足，基于实际情况分析了原有CC-2000A调控系统运行阶段存在的问题及新一代D5000智能调控一体化系统开发与应用方向、系统结构和硬件结构，并提出了省调主站系统信息核对方法，结果表明：该方法能够切实保障D5000调控一体化系统上线运行后的安全性和可靠性。
介紹瞭傳統500kV變電站調控一體管理模式存在的不足，基于實際情況分析瞭原有CC-2000A調控繫統運行階段存在的問題及新一代D5000智能調控一體化繫統開髮與應用方嚮、繫統結構和硬件結構，併提齣瞭省調主站繫統信息覈對方法，結果錶明：該方法能夠切實保障D5000調控一體化繫統上線運行後的安全性和可靠性。
개소료전통500kV변전참조공일체관리모식존재적불족，기우실제정황분석료원유CC-2000A조공계통운행계단존재적문제급신일대D5000지능조공일체화계통개발여응용방향、계통결구화경건결구，병제출료성조주참계통신식핵대방법，결과표명：해방법능구절실보장D5000조공일체화계통상선운행후적안전성화가고성。
Introduction was made to the insufficiency existing in the control integration management mode in traditional 500kV sub-station. Based on the practical situation, this paper analyzed the problems existing in implementation phase of the original regulator control system CC-2000A. The new generation intelligent control integration system D5000 was developed and its application system architecture and hardware architecture were given. The master station system information check method was proposed. The result shows that this method can ensure the security and reliability of online operation of the control integration system D5000.
