卡伦Ⅳ水电站 |
Karun Ⅳ Hydropower Station |
概 述 |
卡伦水电站(Ⅳ)位于伊朗恰哈勒马哈勒-巴蒂亚里省、卡伦(Karun)河上,距沙赫尔库尔德市180km。工程主要用于发电和防洪。混凝土重力拱坝,最大坝高222m,水库总库容为21.9亿m3,水电站装机容量100万kW,年发电量21.6亿kW·h。工程于1997年开工,计划2006年竣工。 |
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1) Kaqun First-cascade Hydropower Station
卡群一级水电站
1.
In order to eliminate the shock wave in the steep bend channel,a new measure of the combination of energy dissipa- tion grid and diversion dissipation plate has been adopted in the Kaqun First-cascade Hydropower Station.
卡群一级水电站为消除陡坡弯道冲击波采取了消能栅和导流消能板新措施。
2) Wokahe First cascade Hydro Station
沃卡河一级水电站
1.
The forebay of the Wokahe First cascade Hydro Station is located in the deformation rock body with a bad quality.
沃卡河一级水电站前池位于变形体上 ,岩体质量较差 ,具有不均性和强透水的特性 ,是西藏地区比较典型的地质条件之一 ,其基础处理难度较大。
3) cascade hydropower stations
梯级水电站群
1.
(2)The cascade hydropower stations with tight relationships should be taken into account integrally.
所提出的出力受阻研究思路为:(1)水电站出力过程首先要符合电力系统的负荷需要,尤其是尖峰时段的需要,这时的出力受阻的控制特别关键,而非尖峰时段系统对出力受阻的承受能力相对较大;(2)联系紧密的梯级水电站群的出力受阻要统一考虑;(3)应全面考虑电力负荷、电站及其综合利用等,从梯级水电站群联合日优化调度的角度研究。
2.
The model for calculating the firm power of cascade hydropower stations is a large scale maxmin model, an efficient algorithm named effective calculating period algorithm (MM-NC-A) for simplifying the calculation of it is presented in this paper.
梯级水电站群长序列保证出力优化计算模型是一个大规模maxmin模型。
4) Jinping Ⅰ Hydropower Station
锦屏一级水电站
1.
Jinping Ⅰ Hydropower Station Dam Site Left Abutment High Slope Complicated Rock Mechanics Problems and Engineering Treatment Measures;
锦屏一级水电站坝区左岸高边坡复杂岩石力学问题及工程治理措施研究
2.
Jinping Ⅰ Hydropower Station Silicarenite Alkaline Activity Tests;
锦屏一级水电站石英砂岩碱活性试验研究
3.
Quarry Planning and Aggregate Processing System Design of Jinping Ⅰ Hydropower Station;
锦屏一级水电站料场规划及砂石加工系统方案设计
5) Jinping first stage hydropower station
锦屏一级水电站
1.
Study on stability of Monkey slope of Jinping first stage hydropower station;
雅砻江锦屏一级水电站枢纽区猴子坡稳定性分析
2.
The deep fracture regularity of Pusiluogou left abutment slope at Jinping first stage hydropower station is comprehensively studied; and four deformation models of deep fracture are put forward; they are gentle shear and steep tension, gentle shear-tension belt, steep shear and gentle tension as well as tension respectively.
通过对锦屏一级水电站普斯罗沟坝址左岸深部裂缝的发育特点及规律的研究,提出了深部裂缝4种变形模式,即缓剪陡张型、缓倾张剪带型、顺剪反张型和引张型。
3.
At first,the slope geological conditions as well as dam site geostress and deep fractures in the left bank of Jinping first stage hydropower station have been investigated.
对锦屏一级水电站边坡工程地质条件、坝址区实测地应力分布及左岸深部裂缝发育规律进行全面分析,采用UDEC和3DEC离散元程序模拟锦屏一级水电站河谷的演化发展,对河谷边坡不同演化阶段应力场的变化规律及变形与卸荷分带规律进行深入分析。
6) Jinping-Ⅰ Hydropower Station
锦屏一级水电站
1.
Seepage Calculation and Stability Analysis on Left Slope of Jinping-Ⅰ Hydropower Station;
锦屏一级水电站左岸边坡渗流计算及稳定性分析
2.
Design of river closure of Jinping-Ⅰ Hydropower Station;
锦屏一级水电站大江截流设计
补充资料:卡伦Ⅳ水电站
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