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   power generating capacity 的翻译结果: 查询用时:0.129秒
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power generating capacity
相关语句
  发电能力
     An Approach on Improving Power Generating Capacity of Turbogenerator
     关于提高汽轮发电机发电能力的探讨
短句来源
  “power generating capacity”译为未确定词的双语例句
     During the flood season hydraulic turbine should pursuit the set power, prevent from pursuiting efficiency and decrease the loss of abandoned water,so the power station has the maximum power generating capacity.
     汛期不追求水轮机效率,应充分加大过机流量,增大机组功率并尽量减少弃水损失,使电站年发电量最大。
短句来源
     By using gangue to generate electricity in coal cleaning plant which produce a million ton coal per-annum, its power generating capacity will amount to 5.6 thousand kW a hours, its profit will attain 20 million yuan per-annum, meanwhile reducing dumping of gangue and protecting environment.
     10 0万t选煤厂利用矸石发电 ,发电量可以达到 5 6万kWh ,利润可达 2 0 0 0万元 /a以上 ,同时可以减少矸石倾倒量 ,保护环境
短句来源
  相似匹配句对
     power;
     权力 ;
短句来源
     On Power
     权力的概念、产生和制约
短句来源
     Power generating is wonderful in the future
     未来发电真奇妙
短句来源
     Introduction of IGCC Power Generating System
     整体煤气化联合循环(IGCC)发电系统
短句来源
     An Approach on Improving Power Generating Capacity of Turbogenerator
     关于提高汽轮发电机发电能力的探讨
短句来源
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  power generating capacity
Today, the power generating capacity is around 120,000 MW.
      
The national electric power generating capacity must be significantly increased to power the transition from fossil fuels to hydrogen.
      
The generation of hydrogen at filling stations would require a 3 to 5 fold increase of the electric power generating capacity.
      
The average white rice mill has a milling capacity of 196 t/day of paddy and a power generating capacity of 174 kW.
      
The average par-boiled mill has a milling capacity of 165 t/day of paddy and a power generating capacity of 207 kW.
      
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At present, there is insufficient power supply at peak load, while surplus power generating capacity at trough load. The planned pumped storage hydroplants can not be put into operation before the year 2000.Thus, it is suggested that pump stations or pumped storage generating units be installed at the existing cascade hydropower stations. The feasibility of Baishan pump station was studied. It is believed that this is less investment and more effective measure.

目前东北电网尖峰电力不足,低谷容量闲置,而正在申请立项的大型抽水蓄能电站在2000年以前难以投产。为此提出采用在梯级水电厂上扩建泵站或抽水蓄能机组的办法,并具体研究了建设白山泵站的可行性,认为这是一条投资少,见效快的好路子。

Vsing washing gangue to generate electricity is an important measure' of adjusting industrial structure in coal clearning industry.This paper demonstrates the feasibility of generating electricity by washing gangue with water in coal cleaning plant, puts forward the concrete idea of design. By using gangue to generate electricity in coal cleaning plant which produce a million ton coal per-annum, its power generating capacity will amount to 5.6 thousand kW a hours, its profit will attain 20 million yuan...

Vsing washing gangue to generate electricity is an important measure' of adjusting industrial structure in coal clearning industry.This paper demonstrates the feasibility of generating electricity by washing gangue with water in coal cleaning plant, puts forward the concrete idea of design. By using gangue to generate electricity in coal cleaning plant which produce a million ton coal per-annum, its power generating capacity will amount to 5.6 thousand kW a hours, its profit will attain 20 million yuan per-annum, meanwhile reducing dumping of gangue and protecting environment.

利用水洗矸石进行发电 ,变废为宝 ,是我国选煤行业产业结构调整的重要举措。论证了介休洗煤厂用水洗矸石发电的可行性 ,并提出了具体的设计构想。 10 0万t选煤厂利用矸石发电 ,发电量可以达到 5 6万kWh ,利润可达 2 0 0 0万元 /a以上 ,同时可以减少矸石倾倒量 ,保护环境

As is known, water conservation and hydropower projects may influence the regional landscape to some extent. The present article aims at presenting a quantitative and qualitative analysis of the impact of the construction of Laxiwa Hydroelectric Station on the local landscape. Laxiwa Hydroelectric Station is located at the outlet of Longyang Gorge along the Yellow River, 134 km away from Xining, the provincial capital of Qinghai. The project will be the largest hydropower Station in the Yellow River Basin...

As is known, water conservation and hydropower projects may influence the regional landscape to some extent. The present article aims at presenting a quantitative and qualitative analysis of the impact of the construction of Laxiwa Hydroelectric Station on the local landscape. Laxiwa Hydroelectric Station is located at the outlet of Longyang Gorge along the Yellow River, 134 km away from Xining, the provincial capital of Qinghai. The project will be the largest hydropower Station in the Yellow River Basin with 5,600 MW installed power generating capacity. When built up, it will assume the role of "west power being transmitted to the east". However, this paper mainly focuses on the assessment of its eco environmental impact. First of all, from the point of view, the Land TM7 remote sensing image and the project of map planning, the landscape pattern maps before and after the hydropower station construction, RS and GIS technologies and the landscape pattern will be changed. That is, (1) the change with the area's 16 landscape types, belonging respectively to six categories of the eco system, featured by the predominant grassland (79.22% and 79.06%) of the area; (2) the change with its landscape patch scale, density, seclusion, tranquility, and so on;(3) the increased disturbance of landscape evenness, diversity and human disturbance indices after its construction. And, finally, two problems as to the landscape feature assessment of the area are discussed in the paper: (1)the assessment of the area choice, for the appropriate local feature decides its indices the landscape values; (2)the assessment of the buffer zone of human activity influence and the buffer zone problems should be involved in most.

本文根据水利水电工程对景观格局的影响特征 ,从拼块类型尺度和景观尺度选出优势度、多样性、均匀度、分离度等 8个能全面反映景观格局变化的数量化指数 ,完善了水利水电工程环境影响评价内容。以黄河拉西瓦水电站为例 ,对该区域 Landsat TM7图像解译和 GIS处理 ,结合工程设计规划 ,绘制建设前后区域景观格局图 ,建立空间信息数据库 ,计算各景观指数 ,分析其变化趋势。结果表明 ,黄河拉西瓦水电站区域有 1 6种景观类型 ,分别属于 6种生态系统 ,拼块类型多样 ,景观格局复杂 ,其中草地景观优势度最高 ,接近 80 % ;建成后拼块类型的景观比例、密度、优势度、分离度等都有一定变化 ;景观均匀度、多样性指数和人为干扰强度都相应增加。总体上 ,景观格局没有发生大的变化 ,区域生态系统的功能和性质也不会改变。

 
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