無人值守運行 的英文怎麼說

中文拼音 [wúrénzhíshǒuyùnháng]
無人值守運行 英文
unattended operation
  • 無 : 無Ⅰ動詞（沒有） not have; there is not; be without Ⅱ名詞1 （沒有） nothing; nil 2 （姓氏） a surn...
  • 守 : Ⅰ動詞1 （防守; 看守） guard; defend 2 （守候; 看護） keep watch 3 （遵守; 遵循） observe; abide b...
  • 運 : Ⅰ動詞1 （物體位置不斷變化） move; revolve 2 （搬運; 運輸） carry; transport 3 （運用） use; wield...
  • 行 : 行Ⅰ名詞1 （行列） line; row 2 （排行） seniority among brothers and sisters:你行幾? 我行三。where...
  • 運行 : move; be in motion; run; working; machine run; operation; corotation; propulsion （影片）
  1. To implement the project of no operator on duty in the hydropower plants which had the operation management mode of " no operator on duty " ( few operators in attendance ) is the demand of state power corporation, at the same time, the demand of china yangtze power corporation ( cypc ) to implement the strategy of keeping banner cost

    在已實行「無人值班」 （少人值守）運行管理模式的水電廠中開展無人值班工作是國電公司的要求，同時也是實施長江電力股份公司的成本領先戰略的要求。
  2. Testdirector s test lab manager allows to schedule tests to run unattended, overnight or when the system is in least demand for other resources

    （測試實驗室管理器）支持安排測試在無人值守的情況下或整夜運行，或者在系統盡量不需要其他資源的情況下運行。
  3. The control system of wind turbine includes individual control and group control. according to the control process and main technical parameter, the paper accomplishes the control system structure design and input - output system design. this paper also deeply analyzes the operation principle of the whole control system and the relation between each part in order to realize the no - person automatic operate

    本文以1mw變槳距風電機組為研究對象，根據其主要技術參數及控制工作過程，對其單機控制系統的構成進行了設計，闡述了輸入輸出介面和各個控制環節的運行原理及其相互之間的聯系與約束關系，從而實現在無人值守的條件下，實現多種預定的控制目標，並在此基礎上探討其更廣泛的適應性及實用性。
  4. The practice proved : the system sets out from the running manage and locale operation of non - attended substation. its working - flow answers for regulation. it demonstrates the runner in convert - knife switch operation

    實際應用證明：該系統從無人值守變電站的運行管理工作及其現場操作實際出發，其工作流程完全按部頒「五防」的要求，對運行人員的倒閘操作起到了規范的作用。
  5. High efficiency is important in the modern administration of hydropower. new technologies to promote improvements include " condition - based maintenance "

    「無人值班」 （少人值守）運行方式正在水電行業廣泛推廣並實施， 「狀態檢修」也已成為一種新的發展趨勢。
  6. In recent years, some new challenging problems have come forth in automation systems with the fast development of electric power industry. firstly, to build transformer substation with no - operator, which often causes abnormal or even wrong data. secondly, alarming module should be well strengthened in no - operator dispatching

    近年來，電力工業快速發展對自動化系統帶來了一些新問題：特別是通過變電站無人值班建設，誤發信息出現頻繁，給正常運行監控帶來很大麻煩；無人值守電網的調度，需要強大的告警功能；無人值守變電站新的管理模式，也對調度自動化scada系統功能提出了新的要求。
  7. Along with the fast development of electric power system and the formed application of computer and network technology, the application level of computer supervision & control technology in hydropower plant has fully increased. hydropower plants have come into an age of full computer supervision & control in our country ; the operation management mode of hydropower plants accordingly has been changed into " no operator on duty " ( few operators in attendance ) mode, all of which have created qualifications to realize no operator on duty

    隨著電力系統的飛速發展和計算機技術、網路技術的成熟應用，水電廠計算機監控技術應用水平全面提高，使得我國水電廠已進入全計算機監控時代，水電廠的運行值班方式也隨之發生了改變，實現了「無人值班」 （少人值守）運行管理模式，為實現無人值班創造了條件。
  8. For the practical exercise of this scheme, installing and debugging of computerized five - prevention operation system for non - attended substation were introduced, and the author analysed the practical exercise particularly

    針對該方案的實際運用，闡述了無人值守式變電站防誤操作系統的安裝與調試，並對其運行情況進行了具體的分析。
  9. Abstract : this paper explains the relationships between the compu ter - based supervisory and control system and the unattended mode for hydropower plants. many problems emerged in realization are taken into consideration. they a re very important in refurnishment of control system for old hydropower plants

    文摘:闡述了水電廠運行無人值班（少人值守）與計算機監控的關系，並對實施中的若干問題進行了思考，這對老水電廠的控制系統改造具有重要的指導意義
  10. The system heighten the automation level of the non - attended substation, which improve the security of equipment and power supply

    由於該系統的應用使無人值守變電站的自動化水平進一步提高，從而使變電站設備運行和供電的可靠性大大提高。
  11. This text through leading into and exchange room power, environment concentrate on administrative system of controlling, it thus can realize supply and possess last state at real - time watch - dog at modernized requirement communication, it is expected that takes place, fix a breakdown, write down and deal with the relevant data, such as integrate management functions, etc. have economized the attendant ' s works and improved the dependability that the power equipment runs, have guaranteed that the security of the communication network is unblocked, it is on duty to realize little people or nobody

    本文通過引入交換機房動力、環境集中監控管理系統，從而實現現代化通信要求的電源供應應具備實時監控設備運行狀態、預期故障發生、迅速排除故障、記錄和處理相關數據、進行綜合管理等功能。節約了值班人員的調度，提高了動力設備運行的可靠性，保證了通信網路的安全暢通，實現了少人或無人值守。
  12. According to the requirement, the implementation of this system adopts the compute mode of browser / server. in a intranet, using computer control system, people set necessary monitoring points to telemeter the power equipment which distributed in different area and collect a large quantity parameters. the worker could monitor the power equipment every time to discover the breakdown and resolve the problem in time

    根據郵電局房動力及環境集中監控的特點要求，系統採用browser server結構計算模式，在廣域網內採用計算機控制系統對分佈在不同地域的通信局站內的電源設備合理設置必要的監控點，進行遙測、遙信，實時監視設備的運行參數，及時發現和處理故障，從而實現電源設備的少人或無人值守，實現通信動力設備及環境的遠程監控和集中管理。
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