计算机技术与发展
計算機技術與髮展
계산궤기술여발전
COMPUTER TECHNOLOGY AND DEVELOPMENT
2014年
9期
191-193,197
,共4页
唐军%王俊超%彭涛%殷志远
唐軍%王俊超%彭濤%慇誌遠
당군%왕준초%팽도%은지원
山区中小电站%雨情遥测%防洪调度%Web
山區中小電站%雨情遙測%防洪調度%Web
산구중소전참%우정요측%방홍조도%Web
small and medium power station in mountain area%rainfall telemetry%flood control decision%Web
以三峡库区香溪河上游古洞口电站为研究对象,针对电站运行管理的实际需求,开发了基于Web Service的水库防洪调度系统。利用Java Servlet技术实现了B/S模式的整体框架,以水雨情遥测、闸门监控等为信息采集手段,计算机局域网和数据库为纽带,水库信息采集与处理、洪水预报与调度、信息服务、信息远程交互及水调业务管理为最终目标,设计并实现了山区小流域电站雨情遥测及水库防洪调度系统。系统实现了从信息采集到水库防洪调度决策工作全程自动化,基本上解决了水库遥测信息与预报、调度间的数据连接问题,从而提高了电站防洪和电力生产科学调度能力。
以三峽庫區香溪河上遊古洞口電站為研究對象,針對電站運行管理的實際需求,開髮瞭基于Web Service的水庫防洪調度繫統。利用Java Servlet技術實現瞭B/S模式的整體框架,以水雨情遙測、閘門鑑控等為信息採集手段,計算機跼域網和數據庫為紐帶,水庫信息採集與處理、洪水預報與調度、信息服務、信息遠程交互及水調業務管理為最終目標,設計併實現瞭山區小流域電站雨情遙測及水庫防洪調度繫統。繫統實現瞭從信息採集到水庫防洪調度決策工作全程自動化,基本上解決瞭水庫遙測信息與預報、調度間的數據連接問題,從而提高瞭電站防洪和電力生產科學調度能力。
이삼협고구향계하상유고동구전참위연구대상,침대전참운행관리적실제수구,개발료기우Web Service적수고방홍조도계통。이용Java Servlet기술실현료B/S모식적정체광가,이수우정요측、갑문감공등위신식채집수단,계산궤국역망화수거고위뉴대,수고신식채집여처리、홍수예보여조도、신식복무、신식원정교호급수조업무관리위최종목표,설계병실현료산구소류역전참우정요측급수고방홍조도계통。계통실현료종신식채집도수고방홍조도결책공작전정자동화,기본상해결료수고요측신식여예보、조도간적수거련접문제,종이제고료전참방홍화전력생산과학조도능력。
Selecting upstream ancient Xiangxi brook power station in the three gorges reservoir as the research object,in view of the actual demand of the power plant operation and management,develop the reservoir flood dispatching system based on Web Service. Accomplish the overall structure of B/S by using Java Servlet. It takes water and rainfall telemetry,gate monitoring as the tools for the information collection,computer LAN and the database as a link,information collection and processing,flood forecasting and scheduling,information services,information remote interaction and water transfer business management as the ultimate goal,design and realize rainfall telemetry and reservoir flood control decision support system of power station at small catchments in mountain area. The system implements full au-tomation from information collection to flood control work and basically solves the data connection problems between reservoir telemetry information and forecasting and scheduling in order to improve flood control and capabilities of power production plant science schedu-ling.