流域梯级电站,cascade hydropower stations
1)cascade hydropower stations流域梯级电站
1.According to the characteristics of distributivity and heterogeneity of supervision and monitoring systems atcascade hydropower stations, this paper puts forward a CORBA/Java based monitoring system model forcascade hydropower stations.根据流域梯级电站监控监测系统的分布式和异构的特点 ,提出了一种基于 CORBA/ Java技术的流域梯级电站监控系统模型 ,简要介绍了该系统的结构、特点及软件开发的主要步
英文短句/例句
1.Method of Cost Control for Developing Qingjiang Cascade Hydro-projects;清江流域梯级电站建设投资控制方法
2.The Study of the Financing Mode of Step Hydroelectric Project in Basin of Han River汉江流域梯级电站建设项目融资模式研究
3.Research on Water Requirement of CHIBUSU Watershed Ecosystem after Exploitation of Cascade Hydropower Stations;赤不苏流域梯级电站开发的生态环境需水研究
4.A Study of Multi Monitoring Systems Data Exchange Model for Cascade Hydropower Stations;流域梯级电站多监控系统数据交互模型的研究
5.Analysis and Application of Error Lockout Preventing Function in Cascade Plants of the Lancang River Valley澜沧江流域梯级电站防误闭锁功能分析与实现
6.Centralized Dispatching of Yuanshui Cascade Hydropower Stations and Its Benefit沅水流域梯级电站群集中调度实践与效益
7.Speeding the Development of the Basin Step Hydroelectric Station and Promoting the Social and Economic Development Continuously加快开发喀什河流域梯级电站 促进新疆社会经济可持续发展
8.Ecological Environmental Impacts and Control Measures on Step Hydropower Development in Lixianjiang River Basin李仙江流域梯级电站开发对生态环境的影响及防治措施
9.Response Analysis of Daduhe Building under Earthquake;大渡河流域梯级电站指挥中心大楼地震响应分析
10.Study on Regulating Benefit Compensation Mechanism for Cascade Hydropower Stations Joint Operation;流域梯级电站群联合运行调节效益补偿机制的研究
11.Speeding the Development of the Basin Step Hydroelectric Station and Promoting the Social and Economic Development Continuously;加快开发喀什河流域梯级电站 促进新疆社会经济可持续发展
12.Discussions on the Unified Price of Electricity Sent into Grid for Cascade Hydropower Stations;流域梯级水电站统一上网电价的探讨
13.Study on United Optimal Operation of Cascaded Hydropower Plants in Supahe Drainage Area;苏帕河流域梯级水电站联合优化调度模型研究
14.Research of Watershed Step Flyer Hydropower Station Synergistic Operation System Based on Multi-agent;基于多Agent的流域梯级水电站协同运行系统研究
15.Study on Short-term Optimal Operation of Supahe-River Cascade Hydropower Plants;苏帕河流域梯级水电站短期优化调度研究
puterized Monitoring and Control System of Dadu River Cascade Hydropower Stations Centralized Control Center大渡河流域梯级水电站群集控中心监控系统
17.Impacts of Step Hydropower Development on Ecological Environment in the Liyuan River Basin梨园河梯级电站开发对流域生态环境的影响
18.Research on the Real-time Hydrologic Regime Forecasting Management System of Cascade Hydropower Stations流域梯级水电站实时水情预报管理系统研究
相关短句/例句
cascade hydropower stations in river basins流域梯级水电站
1.In this paper,a real-time hydrologic forecasting model ofcascade hydropower stations in river basins is established by the combination of the watershed drainage network model and the TOPMODEL hydrology model based on DEM.综合运用基于DEM的流域水系模型与TOPMODEL水文模型构建出了流域梯级水电站实时水文预报模型,并以VS。
3)cascade hydropower stations in Supa River Basin苏帕河流域梯级电站
4)cascaded hydroelectric流域梯级水电
1.Along with the comprehensive exploitation ofcascaded hydroelectric in our country, more and more attentions are being taken to its impacts on the sustainable development of valley.随着我国流域梯级水电开发全面展开,梯级开发对流域生态经济可持续性的影响日益引起社会各方面的关注,国家“十一五”规划也明确提出在保护生态基础上有序开发水电,建立环境友好型社会的相关政策,这对流域水电梯级开发又提出了更高的要求。
5)cascade hydropower stations梯级电站
prehensive evaluation on water quality forcascade hydropower stations in Supa River basin based on improved BP neural networks model;基于改进BP神经网络模型的苏帕河流域梯级电站水质综合评价
2.Short-term optimal scheduling ofcascade hydropower stations using fuzzy multi-objective dynamic programming;三峡梯级电站短期优化调度的模糊多目标动态规划
3.Integrative AVC system of provincial-regional grid withcascade hydropower stations计及梯级电站的省地一体化AVC系统研究及实现方案
6)Cascade hydropower station梯级电站
1.Benefit coordination of cascade hydropower stations under unplanned conditions;非规划状态梯级电站利益协调研究
2.Optimal dispatching is a typical multi stage policy making process with the aim of achieving maximum generating capacity during dispatching period by the cascade hydropower stations and determining the optimal water discharge while guaranteeing the security of the dam.优化调度是一个典型的多阶段决策过程 ,其目的是以梯级电站在调度周期内发电量最大为目标 ,在保证大坝安全的前提下确定水库的最优放水决策。
延伸阅读
长江流域梯级开发长江流域梯级开发cascade development on Changjiang River Valley水布娅 ﹄勺 nJ任500400 300 200100︵已小粗哪袭咪)即帷芭王沱招徕河距清江河口里程(km)~山~~~~一一~~一~-一-~300思龟200 施山 河 图2清江梯级开发方案纵剖面示意兴建高坝的条件;河道含沙量不大，水库可长期使用， 规划可装机289lMW，多年平均年发电量为84.9亿 kw·h。 清江干流河段分三级开发，即水布娅(1 49lMW)、 隔河岩(1 200MW)、高坝洲(20oMW)(图2)。其中，隔河岩水电站于1 986年开工，1994年建成。最大坝高 151m，电站装4台单机容量300MW机组。高坝洲水电站位于隔河岩水电站下游，最大坝 高57m，其水库是隔河岩下游的反调 节水库。水布娅水电站最大坝高 228m，装7台单机容量213MW机 组，是清江干流的骨干电站。 金沙江梯级开发金沙江是长 江上游的重要支流之一。自云南省 石鼓至四川省宜宾的河段长约1300 km，集中落差1685m。宜宾以上流域 面积47.3km“，多年平均流量4610m3/s，多年平均径流量1456亿m“。 宜宾以上干流可开发水能资源5891。Mw，多年平均年发电量3233亿kw·h。这口河段由 于水量充沛、落差集中、淹没损失小，动量指标优越， 但区域地质情况复杂，地震烈度大，交通不便，地下工 程量大，所以开发难度大。按规划，石鼓至宜宾河段拟分8级开发，即虎跳峡有(600oMW)、洪门口(400oMW)、皮厂(5500MW)、站比较集中的一条河流。三座最大的水库分别为两河口(84亿m3)、锦屏一级(100亿m3)和二滩(58亿m“)。前两座是梯级中最大的调节水库。
