广东电力
廣東電力
엄동전력
GUANGDONG ELECTRIC POWER
2014年
2期
52-55
,共4页
国产分散控制系统%1000MW机组%和利时%MACS V6 系统%可靠性
國產分散控製繫統%1000MW機組%和利時%MACS V6 繫統%可靠性
국산분산공제계통%1000MW궤조%화리시%MACS V6 계통%가고성
domestic distributed control system%1000MW unit%Hollysys%MACS V6 system%reliability
介绍国产分散控制系统(distributed control system,DCS)在台山电厂1000 MW机组上的应用,并结合该DCS在应用过程中出现的问题,从系统软硬件、系统设计等方面进行了故障原因分析与防范措施制定。针对台山电厂1000 MW机组,从分散控制系统设计、安装、调试、维护等阶段分别提出了及时安排人员进行监造、提前进行深度调研、提前编制应急预案、在生产现场了解国产DCS特点与应用经验、严格制定并执行DCS管理制度等措施；总结了重点关注元器件质量、统一通讯协议与传输方式、充分地采用冗余技术、合理地分配各控制器和 I/O卡件中的控制对象和测点等一些应用经验与可靠性建议,为国产DCS在大容量机组上的更好应用提供参考。
介紹國產分散控製繫統(distributed control system,DCS)在檯山電廠1000 MW機組上的應用,併結閤該DCS在應用過程中齣現的問題,從繫統軟硬件、繫統設計等方麵進行瞭故障原因分析與防範措施製定。針對檯山電廠1000 MW機組,從分散控製繫統設計、安裝、調試、維護等階段分彆提齣瞭及時安排人員進行鑑造、提前進行深度調研、提前編製應急預案、在生產現場瞭解國產DCS特點與應用經驗、嚴格製定併執行DCS管理製度等措施；總結瞭重點關註元器件質量、統一通訊協議與傳輸方式、充分地採用冗餘技術、閤理地分配各控製器和 I/O卡件中的控製對象和測點等一些應用經驗與可靠性建議,為國產DCS在大容量機組上的更好應用提供參攷。
개소국산분산공제계통(distributed control system,DCS)재태산전엄1000 MW궤조상적응용,병결합해DCS재응용과정중출현적문제,종계통연경건、계통설계등방면진행료고장원인분석여방범조시제정。침대태산전엄1000 MW궤조,종분산공제계통설계、안장、조시、유호등계단분별제출료급시안배인원진행감조、제전진행심도조연、제전편제응급예안、재생산현장료해국산DCS특점여응용경험、엄격제정병집행DCS관리제도등조시；총결료중점관주원기건질량、통일통신협의여전수방식、충분지채용용여기술、합리지분배각공제기화 I/O잡건중적공제대상화측점등일사응용경험여가고성건의,위국산DCS재대용량궤조상적경호응용제공삼고。
This paper introduces and analyzes application of domestic distributed control system in 1 000 MW unit of Taishan electric power plant.Combining with problems of DCS in application process and in aspects of system software and hardware and design,it analyzes fault reasons and formulation of precautionary measures.Aiming at 1 000 MW unit of Taishan elec-tric power plant,it proposes measures in stages of design,installation,commissioning and maintenance of DCS such as ar-ranging personnel for construction supervision,proceeding deep survey and forming contingency plans in advance,under-standing characteristics of domestic DCS and application experiences on the production field,seriously formulating and im-plementing SCS management systems.In addition,it summarizes application experiences and reliability suggestions including key concerned component parts qualities,unified communication protocol and transmission ways,sufficient employment of redundancy technology and reasonable distribution of each controller and control objects and measure points in I/O cards which may provide references for better application of domestic DCS in large capacity units.
