乌江梯级电站,Wujiang cascade hydropower stations
1)Wujiang cascade hydropower stations乌江梯级电站
2)Wujiang River cascaded hydropower station乌江梯级水电站
英文短句/例句
1.Research on Long-Mid Term Optimal Dispatching of Hydroelectric Plant in Wujiang River;乌江梯级水电站中长期发电优化调度研究
2.Effect of Wujiang River cascade hydropower stations on West to East Power Transmission Project;乌江梯级水电站在贵州西电东送中的作用
3.Research and Application of Economic Operation of Wujiang Cascaded Hydroelectric Stations;乌江梯级水电站的经济运行研究及应用
4.Talking about Economizing on Energy and Water of Wujiang Cascade Hydropower Stations from Operational Mode从运行方式谈乌江梯级水电站节能降耗工作
5.Study on Short-Term Generate Electricity Optimal Dispatching System of Wujiang River Cascaded Hydropower Stations and Reservoirs;乌江梯级水电站水库群短期发电优化调度系统研究
6.Hongjia Ferry hydropower station is a tap station of wujiang River step exploitation in Guizhou province.洪家渡水电站是贵州省乌江梯级开发的一个龙头电站。
7.Ertan hydropower station is the first power station built on Yalong River.二滩水电站是雅砻江梯级开发的第一个水电站。
8.Aseismatic Safety Analysis of the Cascade Hydroelectric Power Stations on the Lower Jinsha River金沙江下游梯级水电站抗震安全分析
9.CUMULATIVE EFFECTS OF WATER TEMPERATURE BY CASCADE HYDROPOWER STATIONS BUILT ON UPPER AND MIDDLE REACHES OF THE WUJIANG RIVER乌江干流中上游水电梯级开发水温累积效应
10.Research on Long-mid Term Optimal Dispatching of Hydropower System in Wujiang Rivr;乌江梯级水库群中长期发电优化调度研究
11.Construction Scheme of Subsequent Project of Cascade Hydropower Station in Songjianghe;松江河梯级水电站后续工程建设方案探讨
12.Phytoplankton Community Composition and Change in Reservoir Cascade Hydropower of Lancang River澜沧江梯级水电站库区浮游藻类组成及变化
13.cascade hydroelectric power stations on Columbia River哥伦比亚河梯级水电站
14.Study of Optimized Operation of the Cascade Power Stations in the upper Hanjiang River Based on Electricity Market;基于电力市场的汉江上游梯级水电站优化调度研究
15.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
16.Design Features of the Generator of Wujiang Shatuo Hydropower Station in Guizhou贵州乌江沙沱水电站发电机设计特点
17.Hydraulic Transients Research of Diversion System in Cascade Hydropower Stations Connected by Open Channel;梯级电站引水系统水力过渡过程研究
18.Optimization of reservoirs dispatching of Huaguangtan cascade power stations华光潭梯级水电站水库优化调度探讨
相关短句/例句
Wujiang River cascaded hydropower station乌江梯级水电站
3)Wujiang River cascaded hydropower stations乌江梯级
1.In this paper, considering the characters of Wujiang River watershed andWujiang River cascaded hydropower stations, taking four reservoirs as researched objects: Hongjiadu, Dongfeng, Suofengying and Wujiangdu of W u j i a n g h y d r o p o w e r d e v e l o p m e n t c o r p o r a t i o n L t d .本论文结合乌江流域及乌江梯级水电站水库群的生产实际特点,以贵州乌江水电开发有限责任公司所辖四个具有日调节以上性能的梯级水电站洪家渡、东风、索风营和乌江渡为研究对象,以乌江公司最优调度为优化准则,分别建立梯级发电量最大模型和梯级蓄能最大模型,深入研究和探讨了乌江梯级水电站短期发电优化调度的最优性规律,并开发了可靠、实用的短期发电优化调度软件系统,以期指导生产实际运行,促进水库电站优化调度与生产实际的紧密结合。
4)cascade power stations in Hanjiang river汉江梯级水电站
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
乌江渡水电站中国西南电网中的大型骨干电站，位于贵州省遵义市南55km长江支流乌江的中游。装机容量63万kW。水库总库容23亿m3，为季调节水库。枢纽以发电为主，兼有航运效益。坝址处河道两岸山坡陡峻，水量充沛。坝址以上控制流域面积27790km2,多年平均流量502m3/s。当地为三迭系石灰岩地层，地质构造复杂，除断层、裂隙外，岩溶十分发育，溶洞最大深度达河床下200m，洞高最大达50m。该电站于1970年开始施工准备,其后曾一度停工，1979年第一台机组发电，1983年竣工。水电站建筑物包括一座混凝土拱形重力坝，坝高165m，是中国在复杂岩溶区兴建的第一座高坝。为使坝基坚固密实和水库不漏水，施工中进行了大规模基础处理。例如在两岸岩体里的溶洞内回填混凝土，体积达8万m3;钻灌防渗帷幕纵向长约1020m，一般深80m（最深处达河床下260m），总面积18.7万m2，分别在10条地下隧道内施灌处理成功，为中国溶岩地区筑坝创造了经验。由于河谷狭窄，最大泄洪流量达21350m3/s，故泄洪方式新颖多样。4个坝顶溢流孔，水流沿坝下游面下泄,在达到坝后厂房顶前,先挑向空中，再越过厂房落入下游河道（即采用挑越式厂房）；左右岸各设有一孔滑雪式溢洪道（见彩图）和一个泄洪洞，它们的出口布置在远近高低不同的地点，使洪水分散落入下游河道，消能效果良好。坝后厂房为全封闭式，安装3台单机容量21万kW 的水轮发电机组,多年平均发电量33.4亿kW·h，供电给贵州、四川两省, 主要起调峰作用。此外还有100t级升船机，设计年过坝能力50万t。
