抽水蓄能系統 的英文怎麼說

中文拼音 [chōushuǐxùnéngxìtǒng]
抽水蓄能系統 英文
pumped storage
  • 抽 : 動詞1 （把夾在中間的東西拉出; 提取） take out （from in between） 2 （從全部里取出一部分; 騰出） ...
  • 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...
  • 蓄 : 動詞1. （儲存; 積蓄） store up; save up 2. （留著而不剃掉） grow 3. （心裏藏著） entertain （ideas）; harbour
  • 能 : 能名詞（姓氏） a surname
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 抽水 : 1. （用水泵吸水） draw [pump] water 2. （縮水） （of cloth through wetting） shrink
  • 蓄能 : energy storage蓄能器 accumulator
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. It can serve for synchronous spinning reserve, load following, frequency control and synchronous condenser operation. due to the difficulty of quantitative calculation, the typical cases on dynamic function of pumped storage plant are qualitatively analyzed in this paper

    抽水蓄能電站具有運行靈活、啟動迅速的特點，其在電力系統的動」態效益主要表現在緊急事故備用、負荷跟蹤、調頻和同步調相上。
  2. Di - on electrics service and products cover the power electric field including power generation transmission distribution, power equipment manufacturing, subway, utilites, ac dc metrology field as well, more than 500 units of electric power utilities and stations such as beijing power supply bureau, guangzhou power supply bureau, baosteel, three gorges power station and more manufacturers like siemens, abb, alstom, bicc, pirelii, toshiba and more and 30 units of metrology institutes in china like nim, tsinghua university and more are our user. di - on electric is sole and exclusive distributor for numerous famous companies like transinor doble norway, measurements international canada, ndb canada, schuetz germany, aan germany, dr. strauss germany and etc, taking care of their business and service in p. r. china including hongkong

    絕大多數員工擁有本科和研究生以上學歷，在電力系統和計量系統工作多年，從事電力檢測帶電監測和計量測試儀器的技術服務和市場銷售工作長達10年以上，為約500多家電力工業系統的發供電部門如北京供電局，廣州電力局，深圳供電局，三峽電廠，廣州抽水蓄能電廠，田灣核電站等等，科研調試部門如廣東省電力試驗研究所，湖北省電力試驗研究所等等與設備生產廠如siemens ， abb ， alstom ， toshiba等等提供了國際最先進可靠的測試技術和儀器設備為約30多家國內二級以上相關計量科研院所，包括國家計量院，清華大學，中國運載火箭研究院，空間技術研究院，航天二院，成飛，西飛和各省市計量院，電力試驗研究院所等提供了大量最先進可靠的計量檢測儀器。
  3. The load, water, and power dispatching system model based on real - time information system sis for tianhuangping pumped - storage power station is introduced in the aspects of system design, development, and debugging

    摘要就天荒坪抽水蓄能電站基於實時信息系統sis平臺的負荷、水庫調度、電量系統模型的設計、建立、開發和調試工作進行了說明和介紹。
  4. The compressed air energy storage station and the pumped - storage station, two kinds of large energy storage systems, have the advantages of quick dynamic response, high economy, and small environmental impacts

    摘要壓縮空氣蓄能電站和抽水蓄能電站兩種大型電能存儲系統，具有動態響應快、經濟性能高、環境污染小等優點，可起到負荷平衡、戰略規劃、提高供電質量的作用。
  5. Condition monitoring, analysis and diagnosis system of a 300 mw pumped storage power unit

    抽水蓄能機組振動狀態監測分析診斷系統研究
  6. At the same time, according to the geological condition of a project in gaize county and its power demand, 9 different proposals were worked out for calculation and analysis, therefore a development proposal of pumped storage with wind and light as supplements was finalized as the best through selection and comparison

    以改則縣某工程為實例，針對其自然地理條件及對電能的需求，應用風、光、水互補系統分析模型，擬定了9個不同方案進行計算分析，經方案比選，提出了該工程風、光互補抽水蓄能電站的最優開發方案。
  7. The research of system makes the observational information of tongbo dam realize standardization manage, tidy up and analyze the information quickly and exact, give the environmental physics number and diagnostic numer of displacement, stress and seepage, build the mathematical model of each observational information, evaluate the working modality of the dam, thereby ensure safe working of the dam

    系統的研製使桐柏抽水蓄能電站的觀測資料實現規范化管理，快速、準確地整理、分析觀測數據，給出環境物理量及位移、應力和滲流等觀測效應量的特徵值，建立各觀測效應量的數學模型，分析評估大壩的工作形態，從而保證大壩的安全運行。
  8. In consideration of the special features of the power system of lhasa area, the station uses the surplus electricity to draw water and store energy when its load is at the lowest and discharges water to generate electricity at the peak load

    為維護生態環境，按拉薩電力系統的特點、電站利用負荷低谷時的多餘電量抽水蓄能負荷高峰時放水發電，總體上不改變羊卓雍湖的水量，以力保羊湖水位不下降。
  9. By incorporating the power sources location and load prediction results in the energy utilizing proposal, a balance for the power volume needed by 3 counties in the area in three " five - year plans " period is also made, the result of which indicates that, it can meet the power demand required by the social - economic development in the region in next three " five - year plans " if the water power resources are rationally planned and developed and then a comprehensive energy utilizing proposal by combining solar and winding energy together

    並結合區內電源點分佈和負荷預測結果，進行了各縣三個五年計劃期間的電力電量平衡。得到了相應的結論。基於對風能、光能和水能資源開發各自特點的分析，文中進一步對多能互補系統進行了較深入的研究，明確了在阿里地區特定的自然條件下，採用風光互補抽水蓄能開發方式的合理性及可行性。
  10. With the aim of achieving the lowest system operation cost of the east china power grid, the optimal capacity of pumped - storage power stations in east china power grid is recommended

    摘要以華東電網系統運行成本最優為目標，闡述了華東電網抽水蓄能電站規劃研究的最優建設規模。
  11. Guishan sliding mass is located just above the intake ( outlet ) of the lower reservoir of the proposed baoquan pumped storage reservoir, being 550 - 800m long from east to west, 260 - 350m wide from south to north, 110m thick in average and up to 210m thick, with a total volume of 21 million cubic meter

    龜山滑坡體位於寶泉抽水蓄能電站引水發電系統下庫進出水口的上方，滑坡體長550 800m ，寬260 350m ，最大厚度210m ，平均110m ，總方量2100 10 ~ 4m ~ 3 ，形成於距今14 21萬年，其穩定性如何直接影響下庫及整個電站的安全。
  12. Stars electric successfully run a self - developed governing system in jilin baishan revisable pump powerstation, and became the unique domestic manufacturers who has design and manufacture experience of governing system of large revisable pump type turbine

    事達電氣自行研製開發的抽水蓄能機組調速系統在吉林白山電站成功投運，成為在大型抽水蓄能機組上唯一有運行業績的國內調速器生產廠家。
  13. To be the chief technical principal in charge of the research and development of the pumped - storage unit control ; and in charge of major research subjects and to be engaged in the technical research and development of the automation and control system for the pumped - storage unit

    抽水蓄能機組控制研發技術總負責，重大課題技術負責人，從事抽水蓄能電站機組自動化及控制系統的技術研究與開發。
  14. This paper describes the law of main physical configuration parameters affecting on hydraulic characteristic of bifurcated pipe by means of hydraulic calculation and model test, suggestion is given on the selection of the configuration parameters

    摘要通過水力數值計算、水力模型試驗對西龍池抽水蓄能電站內加強月牙肋岔管水力特性進行了較系統的研究，總結了內加強月牙肋岔管主要體形參數對其水力特性的影響規律，並對內加強月牙肋岔管體形參數選擇提出建議。
  15. The benefits ( static and dynamic ) and economic feasibility of the pumped storage power plant is being recognized all over the world. but in china, due to the unsuitability of organization of power industry to socialist market economy, there are many disagreed knowledge to pumped storage power plant so far

    抽水蓄能電站是應電力工業產供銷同時完成的特點而產生的一種特殊電源，隨著電力工業的不斷發展，它已成為電力系統調峰電源規劃的一個重要組成部分，其在電力系統的效益及其經濟性也逐漸為世界各國所公認。
  16. Research on system configuration of pumped storage power station mutually complemented by wind and light energy

    風光互補抽水蓄能電站系統配置研究
  17. With the building and operating of large - scale hydro power stations and pumped storage plants, the proportion of water power to power system is increasing year by year in china and the stabilization problem of hydro - electrical system is standing out, which bring forward higher requirement to the united simulation of hydro - electrical system

    隨著大型水電站和抽水蓄能電站的不斷興建和投入運行，水電在我國電力系統中的比重逐年增大，水電系統的穩定性問題日益突出，同時也對水電系統模擬提出了更高的要求。
  18. Also ac exited generator have many excellent characteristics, it may improving the stability of electric power system, its rotor speed may adjustable, it have abilities for active and reactive power regulating in self - help ways, it not lose steps even when operated in deep lead phase, so it especially applied in wind electric power plant and pumped - storage hydraulic power plant

    交流勵磁發電機作為發電機運行的風力發電系統，利用變速恆頻技術后可大大提高風能的利用率。交流勵磁發電機可改善電力系統穩定性，轉子轉速可變，具有獨立的有功無功調節能力，可以深度進行運行而不失步，特別適用於風力發電、抽水蓄能電站等場合。
  19. In accordance with the system operation characteristic, and on the criteria of maximizing the efficient in the water reserving and power generating periods for the reservoir plant, the paper found the best out put ( out put is negative when water reserving ) in each period for the reservoir plant and the opinized operation mode by using the dynamic planning method

    根據系統運行特點，以抽水蓄能電站抽水階段與發電階段效率最高為準則，用動態規劃法求得各時段抽水蓄能電站的最優出力（抽水時出力為負）及運行優化方式。
  20. The technical water supply system for the shahe pumped - storage power station has the problem of insufficient pressure and discharge

    摘要沙河抽水蓄能電站技術供水系統存在壓力和流量不足的問題。
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