1) Tuoxi hydropower station
托溪水电站
1.
In order to use the downstream reservoir drawdown of Tuoxi hydropower station and increase the generated electricity,this paper puts forward a way of analysis,calculation and economic comparison and selection,which can be discussed.
梯级水电站开发中,经常遇到上下两个梯级电站的水位街接问题,托溪水电站利用下游水库消落水头,增加 发电效益,并提出了分析、计算,进行了经济比选,其思路和方法,可供探讨。
2) Qingxi Hydropower Plant
清溪水电站
1.
Construction Organization and Utilization of excavated Waste in Qingxi Hydropower Plant;
清溪水电站施工组织与开挖弃碴利用
3) Zhexi Hydropower Station
柘溪水电站
1.
Slope Deformation Analysis of Switch Station of Zhexi Hydropower Station;
柘溪水电站开关站边坡变形分析
4) Beixi Hydropower Station
北溪水电站
1.
Application of H9000 Computer Supervisory Control System to Beixi Hydropower Station;
H9000计算机监控系统在北溪水电站的应用
5) Panxi Hydropower Station
盘溪水电站
1.
In order to study its impacts to the dam safety and judge the harmful erosion on concrete due to surrounding water quality, we test and study the water quality and sludges of Guanyinshan Reservoir and the reservoir for Panxi Hydropower Station and sum up the causes of sludges and the effects on the dam caused by its different composit.
在我国已建成并运行多年的许多大坝坝内廊道或基础廊道的排水孔和水沟中均发现有地下水析出物,为研究其对大坝安全的影响、判断环境水质是否对混凝土存在有害性侵蚀,对观音山水库和盘溪水电站水库水质和析出物进行了试验研究,总结了析出物的成因和各成分对大坝的影响,为评价大坝的安全性提供了依据。
6) Shanxi Hydropower Station
珊溪水电站
1.
Several problems of deformation monitoring on the Dam of Shanxi Hydropower Station;
珊溪水电站大坝变形监测中的若干问题
补充资料:白溪水电站
白溪水电站 |
Baixi Hydropower Station |
概 述 |
白溪水电站位于中国浙江省宁海县境内白溪中游大官山峡谷,距宁海县城29km。坝址以上控制流域面积254km2,是一座以供水、防洪为主,兼发电、灌溉等效益的综合利用工程。总库容1.684亿m3(每年可向宁波市供水1.73亿m3,使下游2000hm2耕地及约6万人免遭洪灾);工程兴建后,对缓解宁波市供水紧张状况和提高白溪下游河道的防洪标准具有重要作用,并可为电网提供调峰电源,扩大和改善两岸农田的灌溉面积。电站装机容量1.8万kW,年平均发电量0.44亿kW·h。工程主要建筑物由拦河坝、溢洪道、引水供水隧洞、主副厂房、下游挡水堤,及供水取水口等组成。拦河坝为钢筋混凝土面板堆石坝,最大坝高124.4m,坝顶宽8m,上游坝坡1∶1.4,下游坝坡平均1∶1.52;溢洪道设3孔(15m×8m),引水隧洞内径4m,供水放空隧洞内径2.3m,两洞总长436.8m,电厂安装2台单机容量0.9万kW的水轮发电机组。主要工程量土石方737m3,混凝土和钢筋混凝土11.7万m3,金属结构624t。1996年1月正式动工,计划2001年建成。 |