船舶与海洋工程
船舶與海洋工程
선박여해양공정
Shanghai Shipbuilding
2012年
2期
53-57
,共5页
李杰%薛旻%陈亚杰%刘赟
李傑%薛旻%陳亞傑%劉赟
리걸%설민%진아걸%류빈
FCS%海洋工程设备监控%架构
FCS%海洋工程設備鑑控%架構
FCS%해양공정설비감공%가구
FCS%offshore engineering equipment monitoring%architecture
阐述了FCS(现场总线控制系统)技术,以国外先进FCS架构为例对FCS技术优势进行了分析,并介绍了FCS技术在某海洋平台上的典型应用。由于FCS技术在信息集成、网络化和智能化等方面的优势,增强了现场信息集成能力、开放性、互换性、互操作性和可集成性,提高了系统可靠性和维护性,降低了系统及工程成本。
闡述瞭FCS(現場總線控製繫統)技術,以國外先進FCS架構為例對FCS技術優勢進行瞭分析,併介紹瞭FCS技術在某海洋平檯上的典型應用。由于FCS技術在信息集成、網絡化和智能化等方麵的優勢,增彊瞭現場信息集成能力、開放性、互換性、互操作性和可集成性,提高瞭繫統可靠性和維護性,降低瞭繫統及工程成本。
천술료FCS(현장총선공제계통)기술,이국외선진FCS가구위례대FCS기술우세진행료분석,병개소료FCS기술재모해양평태상적전형응용。유우FCS기술재신식집성、망락화화지능화등방면적우세,증강료현장신식집성능력、개방성、호환성、호조작성화가집성성,제고료계통가고성화유호성,강저료계통급공정성본。
This paper elaborates the FCS (Fieldbus Control System) technology and discusses the advantages of FCS technology using the example of foreign advanced FCS architecture; the typical application of FCS technology on a offshore platform is also introduced. Due to the strength of FCS in information integration, networking and intellectualization, it can improve the integration ability, openness, exchange, interaction and integration possibility of the on-scene information, thus realizing high system reliability and good maintainability, as well as reducing the system and project cost.