梯級水電站 的英文怎麼說

中文拼音 [tījíshuǐdiànzhàn]
梯級水電站 英文
power station in cascade
  • 梯 : Ⅰ名詞1 （梯子; 樓梯） ladder; stairs; steps; staircase 2 （姓氏） a surname Ⅱ形容詞（形狀像樓梯的...
  • 級 : Ⅰ名詞1 （等級） level; rank; grade 2 （年級） any of the yearly divisions of a school course; gra...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 站 : Ⅰ動詞1 （站立） stand; be on one s feet 2 （停下來; 停留） stop; halt; pause Ⅱ名詞1 （停車點） st...
  • 水電站 : [簡] （水力發電站） hydroelectric （power） station; hydropower station水電站自動化 automation of...
  • 水電 : hydroelectricity; hydropower; water and electricity
  1. Short - term optimal dispatch of cascaded hydropower stations based on improved ant algorithm

    基於改進螞蟻演算法的梯級水電站短期優化調度
  2. ( 3 ) according to compensation benefit formation cause and scientific, rational, impartial, equitable distribution principle, put forward distribution project of water supply and generation electricity compensation benefit in the main stream of the yellow river

    （ 3 ）根據補償效益成因分析及科學、合理、公平、公正的分配原則，提出黃河幹流梯級水電站補償效益中的供水和發電效益的初步分配方案。
  3. Aiming at the compensation benefits calculation combined with development layout of the yellow river mainstream cascades is now taken into account the dynamic characteristic of different level years, the compensation benefit simulation model of the yellow river mainstream cascade reservoirs is adopted to calculate the power generation compensation benefits of the yellow river upstream run - of - river power stations in three level years of 2000, 2010 and 2020

    摘要針對以往補償效益的研究都是靜態計算而言，本文結合不同水平年黃河幹流梯級的滾動開發規劃，考慮不同年代補償效益的動態特性，採用黃河幹流梯級水庫補償效益的模擬模型，計算了2000 、 2010以及2020三個水平年黃河上游徑流式梯級電站的發電補償效益。
  4. Built up the optimal compensation regulation model of cascade hydropower stations for water resources system in the main stream of the yellow river, adopted poa method to solve optimal model in order to analysis water supply and generation electricity compensation benefits, discussed its distribution project and implementation countermeasures

    本論文主要針對黃河幹流水資源系統建立幹流梯級水庫、電站補償調節優化模型，採用逐步優化演算法（ poa ）求解模型，定量分析計算了黃河幹流水量以及電量補償效益，探討了黃河幹流補償效益的分配方案和實施對策。
  5. ( 2 ) theoretical analysis of optimal theory for cascade hydropower station applying decision support system to carry out rational river planning in stepped exploitation includes cascade station arrangement, selecting optimal parameters of indropower station, decision of stepped exploitation order and optimal dispatching for reservoir etc. for uncertain problems, decision support system only supplies an auxiliary decision to the decision maker, not taking the place of decision maker

    （ 2 ）水電站優化調度的理論分析在梯級開發中應用決策支持系統進行合理的梯級規劃，包括梯級的布胃、水電站參數的最優選擇、梯級開發順序決策和水庫運行的優化調度等問題。在對不確定性問題上，決策支持系統給決策者只是提供輔助決策，而不是替代決策者。
  6. Hydroelectric power exploitation can reduce sediment disposal, lengthen life of power plants in lower stream, control stream, better water quality, and reduce contamination etc. considering the structure of power of sichuan province and pointing out its six problems in power development, this thesis comes up with sustainale development strategy of sichuan hydroelectric power exploitation, that is, prefentially exploit large scale hydropower plant which has good water - adapting capability, comprehensively use water resource, try to reduce cost caused by drowning, stimulate rotating exploitation, well deal with settlement of people in hydroproject construction, and alleviate contamination

    論述水電開發在減緩泥沙淤積、延長下游水電站壽命、調控水流、提高供水量、改善水質、提供清潔能源、減少環境污染等方面對長江上游生態屏障建設的作用。本文研究分析了四川水電開發的可持續發展戰略，首先對四川省電力結構現狀進行了分析，指出目前四川電力發展存在的六個主要問題，從優先開發具有良好調節性能的大型水電站、綜合利用好水資源，盡最大可能減少水庫淹沒損失，積極推進流域梯級滾動綜合開發，處理好水庫移民關系，減輕對環境的不利影響等六個方面論述了水電開發的可持續發展戰略。
  7. By analyzing interval flood and cascade operation characteristics of the upstream yellow river basin, the influence of longyangxia reservoir operation mode in different states on gongboxia power station construction during flood period is studied

    分析區間洪水特性和黃河上游梯級運行特點，針對龍羊峽水庫實際運行狀況，分析不同狀態下的龍庫運行方式對公伯峽水電站的施工渡汛影響。
  8. Due to the possible change of flow and the redistribution of water resources, the project will have a certain impact on the operations of the cascade hydropower stations in the main stem of the huijiang river

    此為東水西調工程。該工程實施后使受水地區受益的同時，也對渾江幹流上已建的梯級水電站的效用造成一定的損失。
  9. The jinping hydroelectric power station, located between from kala to the outlet of the yalong river, is designed as the first huge project of the river, which is rich in hydro logical energy

    錦屏一級水電站是位於我國水能資源「富礦」之一的雅礱江卡拉?江口河段的「龍頭」水庫梯級電站，具有良好的補償調節作用。
  10. Effect of wujiang river cascade hydropower stations on west to east power transmission project

    烏江梯級水電站在貴州西電東送中的作用
  11. 3. intelligent decision support system application in the cascade hydropower station basic theoretical frame of river exploitation planning and optimal dispatching management is probed into by analyzing the current situation of planning and dispatching for hydropower station reservoirs

    3 、智能決策支持系統在梯級水電站中的運用在分析我國水電站庫群規劃和調度現狀的基礎上，探討了河流開發規劃與科學調度管理的基本理論框架。
  12. Study on long - term optimal operation of cascade hydropower plants on the jinshajiang river

    金沙江梯級水電站發電長期優化調度研究
  13. Introduction to the development and application of software for short - term optimized dispatch of cascade hydropower stations

    梯級水電站短期優化調度軟體開發及應用介紹
  14. There is the complex relationship between affecting factors of scrolling development order of cascade hydropower stations, which brings a great deal of difficult of decision - making analysis of development order

    摘要梯級水電站滾動開發的影響因素間關系復雜，給開發順序決策帶來很大的困難。
  15. Four step - hydropower stations have been planned to be constructed on the lower reaches of the jinsha river, from panzhihua to yibing, which are essential to electricity transmission from west to east, and also to the development of the west china

    國家已計劃在金沙江下游攀枝花市至宜賓市建設四座梯級水電站，這四座水電站是國家西電東送的重要工程，是西部開發戰略的重要組成部分。
  16. Economic dispatching of series hydroplant system plays an important role for optimal operation of power grid. appropriate scheduling of the series hydroplants is vital to the security, stability and economic operation of the whole power system

    梯級水電站群經濟調度是電網優化運行的重要組成部分，正確、合理的安排梯級水電站群的運行方式對整個電網的安全、穩定、經濟運行至關重要。
  17. This thesis, based on the practical engineering background of cascaded reservoir along wasi river, builds a hydrologic forecasting model which can reflect the actual condition of the real operation process, with detailed analysis, generalization and idealization

    本文結合四川省境內的瓦斯河梯級水庫的工程實際，在對其進行較為深入的分析和模型化的基礎上，建立了反映實際問題特點的梯級水電站月徑流預測模型。
  18. Hongjiadu hydraulic power plant is the only leading water storage reservoir of wujiang cascade hydraulic stations, which is a full - time storage reservoir. 2 * landslide body is distributed at the right side of downstream, which is just located in the region of energy dissipation. erosion gully may cut the bottom of the landslide body. there are roads on the top of the landslide body during the construction period and operating period

    洪家渡水電站是烏江梯級水電站中唯一具有多年調節性能的「龍頭」水庫， 2 #塌滑體分佈於壩址下游右岸，恰好位於泄洪消能防沖區內，沖坑將塌滑體下部切腳，而且施工期和運行期在其上都布置有公路，因此2 #塌滑體失穩將影響整個水電站的正常運行。
  19. This paper introduces the electricity market status in and out of the country and the power industry in fujian province. it investigates how to set up fujian province electricity market. it provides a layered network model about the mainstream and branch cascaded hydro plants and the generation plan in one day considering the assistant serving. it also provides some software to resolve the problem about the hydro - thermal coordination. and provides some solutions in a certain exetent

    針對福建省水電豐富、梯級水電站較多的具體情況，採用網路流法構建了一個完整的解決閩江各支流、幹流復雜梯級電站經濟調度的模型，建立了計及輔助服務的發電市場日交易計劃的模型，開發了解決水火電聯合經濟調度及相關的報價體系的初級軟體，並進行了初步試算和分析。
  20. The prospect of intelligent decision support system applied in the hydropower station is proved by the concrete instance, effective probe into the planning and dispatching for hydropower station reservoirs is made and practical proposal is also proposed in view of the existing situation of our country

    在結合實例的基礎上，有力的論證了智能決策支持系統在梯級水電站中的應用前景，並結合現狀對水電站庫群規劃與調度工作進行了有益的探索，並根據我國的實際情況提出了相關建議。
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