三峡水电站建成后将向河南电网供电。
Sanxia hydro-power will supply electric power to Henan province after completion of construction.
三峡水电站的上网电价研究是一个十分重要的课题。
The online electrovalency research of 3 gorge hydroelectric station is a very main task.
三峡水电站的功能有十多种，航运、发电、种植等等。
Three gorges hydropower station, the function is more than ten shipping, power generation, planting, etc.
以三峡水电站水轮机运行工况为模拟条件进行了混流式水轮机尾水管压力脉动试验研究。
Experimental studies on pressure fluctuation in draft tubes of Francis turbines have bean conducted, simulating operating conditions of the Three Gorges Hydraulic Power Station's turbines.
三峡水电站分配河南电网电力电量方案，不仅关系到河南电网的电源建设规划和调度运行，而且关系到三峡水电站电力电量效益的发挥。
The scheme of power supply not only relates to Henan power grid of power construction planning and dispatching& operation, but also relates to benefit of Sanxia hydro- power .
英加水电站的发电量可能是目前世界上最大的水坝——中国三峡大坝的两倍。
The Inga hydropower project could generate twice as much electricity as the world's largest dam, the Three Gorges in China.
三峡水利枢纽主要由拦河大坝及泄洪建筑物、水电站、通航建筑物组成。
The main structure of the Three Gorges project consists of the water impounding dam, flood releasing installations, power plants, and navigation facilities.
举世瞩目的三峡水利枢纽工程是世界上规模最大的水电站，也是中国有史以来建设的最大型水利水电工程。
The world-famous Three Gorges Project (TGP) is the largest hydropower station in the world and also the largest water resources and hydropower project constructed in China.
分析华中、华东电网的负荷状况，根据电网的调峰需要及水电站的运行特点，建立三峡水库调峰调度的运行模式。
Analyses loading status of middle China and east China, based on need of electricity net and characteristic of water and electricity station, found running pattern of Three Gorges reservoir.
为世界上最大的水电站——三峡电站水利发电工程项目提供全部设备的跨国全程物流服务。
As the world's largest hydropower station - three gorges hydropower station water electricity generation projects 5 to provide full equipment multinational whole logistics services.
并应用该模型对三峡电力系统水电站群与三峡电站联合运行进行了优化补偿调度研究。
Using this model the optimum compensating dispatching in the cooperation of Three Gorges hydropower station with the hydropower station group within the Three Gorges power system is studied.
国内大型重点项目有青藏铁路、三峡工程、南水北调及多项大型水电站等。
Domestic major projects are Qinghai-Tibet Railway, Yangtze Gorges project, South-to-North Water Transfer project, and multinomial large hydroelectric power station, etc.
溪洛渡水电站是金沙江干流上拟建的一座仅次于三峡的大型水利枢纽，电站坝址区水文地质条件复杂。
Xiluodu hydropower station is a proposed large scale key water control project located on the mainstream of Jinshajiang river, second only to the Three Gorges project.
作为实例，本文建立了黄河某水电站库区及三峡某些典型斜坡地段的稳定性预测的网络模型。
As an example, network model of learning and prediction of slope stability for some slopes in Three Gorges and Yellow River is presented.
作为实例，本文建立了黄河某水电站库区及三峡某些典型斜坡地段的稳定性预测的网络模型。
As an example, network model of learning and prediction of slope stability for some slopes in Three Gorges and Yellow River is presented.
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