鍋爐運行調節 的英文怎麼說

中文拼音 [guōlúyùnhángdiàojié]
鍋爐運行調節 英文
boiler control
  • 鍋 : 名詞1. （炊事用具） pan; pot 2. （裝液體加熱用的器具） boiler; cauldron3. （某些器物上像鍋的部分） bowl （of a pipe, etc. ）
  • 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...
  • 調 : Ⅰ動詞1 （配合得均勻合適） harmonize; suit well; fit in perfectly 2 （使配合得均勻合適） mix; adju...
  • 節 : 節構詞成分。
  • 鍋爐 : boiler; furnace
  • 運行 : move; be in motion; run; working; machine run; operation; corotation; propulsion （影片）
  • 調節 : regulate; adjust; monitor; measure; take care of; condition; regulation; adjustment; conditioning...
  1. The response was compared with that obtained through simulation realized by the use of matlab and the actual process on different steam flow, feed water flow, fuel flow and control method

    並運用matlab模擬工具，針對鍋爐水位和汽壓調節對象模擬模型在不同的蒸汽負荷、不同給水量、不同燃油量和不同控制方式下的動、靜態情況進行模擬研究。
  2. Data collected from mengda power plant have been used to train the model. unlike normal direct - method / indirect - method of heat balance, this model computes the boiler efficiency and main parameters needed for control in the boiler ' s operation efficiently by taking the advantage of neural network ' s inherited powerful co - relating ability, memorizing ability and the ability of mapping with nonlinear variables

    此模型不同於傳統的鍋爐效率計算方法（正平衡或反平衡方法） ，而是通過人工神經網路本身具有的強大的聯想功能和記憶功能以及對于非線性變量的映射能力，來計算鍋爐效率和鍋爐運行中需要調節的一些主要參數。
  3. The object to study in this paper is the electric heat reservoir boiler, which is used to supply heat water and bask for the resident population. the use of the system define the character of the output medium with the lower request on quality and parameter, at the same time, it ask the boiler should has the higher character on the respect of the cost, reliability, economy, and so on. hence, the paper carefully design and study the system for the choice and design of the boiler core heating componet, the lay of the heat exchanger, the working status of the heat reservoir equipment, the adjustment and control mode of to supply heat water. the study work mainly include underside some contents, forexample : 1. to confirm the heat medium parameter to adapt the requirements of the most of the heating equipments and to design the instruction of the boiler and heat reservoir as simple as possible

    圍繞上述原則，本文從電熱鍋爐核心加熱元件的選型及設計、換熱面的布置、蓄熱設備的運行工況、供熱的調節方式以及控制方法進行了較細致的研究和計算，具體研究工作有以下幾個方面： 1 .根據使用要求，確定適用於多數採暖設備的熱介質參數，設計在結構型式上盡可能簡單的鍋爐和蓄熱器； 2 .對製造加熱元件電熱管的各種材料進行了對比和分析、在結構尺寸上進行了仔細的分析和計算，根據實際使用條件給出合理的設計，使其具有較高的可靠性和使用壽命； 3 .對不同換熱面布置形式進行傳熱分析。
  4. The feed quantity can be adjusted by means of adjustment of vane rotating speed so that the boiler can run stably and safely

    通過調整葉輪轉速調節給粉量，從而調整鍋爐燃燒狀態，保證鍋爐穩定、安全運行，也可用於建材、冶金、化工等行業的給粉系統。
  5. Directing against state of affairs at present, such as margin of type - selection parameters being selected comparatively large during design stage of air fans for boilers in thermal power plants, the opening degree of air fans in operation being often smaller ( for adjustment of inlet regulator ) or operation at lower revolution speed ( for speed - regulating operation mode ), and efficiency of air fans being lower etc., factors and corresponding measures having to pay attention in margin selection of air fan ' s parameters have been put forward through analysing practical example of retrofitting forced draft fans in one power plant, playing certain positive role for energy - saving and benefit - increasing in power plants

    摘要針對目前火力發電廠鍋爐風機在設計選型時參數裕量選取較大，運行時風門開度較小（對入口調節器調節）或低轉速運行（調速運行方式） ，風機效率較低的狀況，通過對某電廠送風機改造實例的分析，提出了在風機參數選擇中的裕量選取需要注意的因素及相關對策，對電廠的節能增效有一定的積極作用。
  6. This paper introduces a kind of fuel and gas boiler intelligent control system. it includes computer - based upper control system and microcomputer - based lower control system. upper control system is responsible for the united control of many boilers, sending control command to lower control system, accepting collecting data from lower control system, displaying real - time or history working state for user

    本鍋爐控制系統由上位機控制系統和下位機控制系統兩大部分組成，上位機由微型計算機組成，負責多臺下位機鍋爐的聯合控制，可隨時查看各下位機的當前運行狀態和歷史運行記錄等等，下位機控制系統負責單臺鍋爐的自動運行，來調節鍋爐出水溫度和用戶供水溫度。
  7. This system is utilized the programmable controller ( plc ) bearing of substitution rule ( the figure is apparent the form, writing instrument, individual loop controller, the hand is holded the utensil and is reached to assist the bearing unit and await ), achieve the 29mw ' s cycle stream of water warmhearted water boiler, oxygen remover, warmhearted net system control system together with monitoring voluntarily of electric section together with control being living, the rule to call off greats quantity displays the bearing in that system, boiler, oxygen remover, the warmhearted net operation is achieved crt and is supervised completely, manipulates personnel staff is living inner place the control cabin completely completees failure - free operation and trouble removal operation. the predictive target of putting ino production queen is the boiler, oxygen remover, the warmhearted net is achieved comprehensive self - regulation, moreover be able to be over a long period of time, steady secure operation

    本系統利用可編程式控制制器（ plc ）替代常規的儀表（數顯表、記錄儀、單迴路控制器、手操器及輔助儀表裝置等） ，實現29mw循環流化床熱水鍋爐、除氧器、熱網系統控制系統與電氣部分的自動監測與控制。在該系統中取消大量的常規顯示儀表，鍋爐、除氧器、熱網的運行實現crt全面監控，操作人員在控制室內全部完成正常運行及事故處理操作。投產后的預期目標是鍋爐、除氧器、熱網實現全面自動調節，並能長期、穩定、安全運行。
  8. The monitoring and controlling system adopts a total distributed control system ( dcs ) constituted by a programmable logic controller ( plc ), a computer ( pc ) and thermal power engineering signal sensors, sender, controller, etc. plc is used to collect data and perform automatic control mostly, while pc is adopted to monitor the operation process, analyze, display and store data

    本項研究中採用可編程式控制制器（ plc ）作下位機、工業控制計算機（ pc ）作上位機與熱工參數測量傳感器、變送器、操作控制器等組成集散型控制系統（ dcs ） ，上位機和下位機自動監測垃圾焚燒鍋爐的各運行參數，並對異重循環流化床垃圾焚燒鍋爐實行自動控制與調節。
  9. Scientific research people have been looking for a measurement for a long time. it direct reflects state of boiler to help operator to adjust burning state timely. it not only means that boiler can keep health, but that fuel can be utilized effectively

    長期以來，科研工作人員一直致力於尋求一種測量儀器，能直觀快速的反映鍋爐運行的情況，以便指導運行人員及時進行燃燒調整，使鍋爐保持最佳運行狀況，達到節能降耗的目的。
  10. The model trained successfully can be used to compute the real - time boiler ' s efficiency and other concerned operating parameters of the 300mw generating unit in mengda power plant in neimenggu autonomous region. the model can analyze the real - time boiler efficiency to some degree. at the same time, it can lead to the advanced methods for optimizing the boiler operation

    神經網路訓練成功的模型可在線對內蒙古蒙達電廠的300mw機組計算鍋爐效率及其它運行中關注的參數，在一定程度上起到鍋爐效率實時分析的作用，並為鍋爐運行提出優化調節的方法。
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