电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2001年
4期
60-62,69
,共4页
章旋%赵林峰%季程煜
章鏇%趙林峰%季程煜
장선%조림봉%계정욱
水系统%集中控制%水处理
水繫統%集中控製%水處理
수계통%집중공제%수처리
利用网络技术和软件技术将电厂原来互相孤立的各部分水系统联系起来,形成全厂水系统集中控制系统,实现全厂水系统集中操作、集中监视和集中管理。设计了2种方案,第1种方案将网络分成2层,上层网是普通的以太网,下层网是PLC专用网;第2种方案是只设一层网络,所有的PLC、上位机、集中控制计算机都在同一层以太网上。2种方案均可行。
利用網絡技術和軟件技術將電廠原來互相孤立的各部分水繫統聯繫起來,形成全廠水繫統集中控製繫統,實現全廠水繫統集中操作、集中鑑視和集中管理。設計瞭2種方案,第1種方案將網絡分成2層,上層網是普通的以太網,下層網是PLC專用網;第2種方案是隻設一層網絡,所有的PLC、上位機、集中控製計算機都在同一層以太網上。2種方案均可行。
이용망락기술화연건기술장전엄원래호상고립적각부분수계통련계기래,형성전엄수계통집중공제계통,실현전엄수계통집중조작、집중감시화집중관리。설계료2충방안,제1충방안장망락분성2층,상층망시보통적이태망,하층망시PLC전용망;제2충방안시지설일층망락,소유적PLC、상위궤、집중공제계산궤도재동일층이태망상。2충방안균가행。
The isolated water systems in power plants are connected by network technology and software technology. The centralized controlling system of water systems in whole power plant is built to realize centralized running, centralized monitoring and centralized managing. Two kinds of schemes are designed. The first one is double network structure which is made up by the upper level network and the lower level network. The upper level network is Ethernet. The lower level network is PLC special network. The second kind of scheme is single network structure that is Ethernet made up by all PLC and computers. The two kinds of schemes are all practicable.