部分負荷泵 的英文怎麼說

中文拼音 [bùfēnfùhébèng]
部分負荷泵 英文
partial load pump
  • 部 : Ⅰ名詞1 （部分; 部位） part; section; division; region 2 （部門; 機關或組織單位的名稱） unit; mini...
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 負 : Ⅰ名詞1 （負擔） burden; load 2 （虧損） loss 3 （失敗） defeat Ⅱ動詞1 [書面語] （背） carry on th...
  • 荷 : 荷名詞（蓮） lotus
  • 泵 : 名詞（吸入和排出流體的機械） pump
  • 部分 : （整體中的局部或個體） part; section; portion
  • 負荷 : [電學] load; charge; weight
  1. The paper analyzes the non - lineal relations of the quantity of heat exchange and water flux of coil exchanger in part - load operating condition, the shortage of deciding the water flux in bypass pipe, the disadvantage that the operating condition of pumps and chiller ca n ' t be met with the load change of the air conditioning system in different operating condition of using pressure - difference bypassing control in primary water pump system. using load control method in the change of the operating condition of primary water pump system can realize that the load change is small and reasonable in the on / off condition of pumps and m m chiller by comparing load control method in primary variable - flow water pump system with pressure - difference bypassing control method, back water temperature control method

    本論文從目前空調工程中使用的變流量水系統入手，研究了盤管換熱器在部分負荷下水流量與換熱量的非線性關系，分析了文獻中介紹的旁通管通流能力選擇的不足之處和一次泵水系統採用壓差旁通控制時，工況轉換不能滿足系統控制要求的缺陷；比較了一次泵變流量水系統中壓差旁通控製法、回水溫度控製法、負荷控製法的精確性，並得出了在一次泵水系統的工況轉換時，採用負荷控製法能使冷水機組及其相應水泵在啟停時的負荷變化范圍較小，更符合建築物的冷量需求，節能效果較好的結論。
  2. The problem of energy saving of water systems in the operating condition of part load is studied. the aim is to get a more reasonable control method. using this method, the supplied flux of chilled water can meet the needed flux of the building during the operating times of part load, the on / off condition of pumps and chiller can be decided reasonably and it has the advantage of saving energy in pumps and chiller

    本論文主要研究空調水系統在部分負荷下輸送的節能問題，其目的在於尋求一種較合理的控制方法，使冷水機組和水泵在空調部分負荷下運行時，輸送的冷量與實際建築物所需冷量相匹配，以決定水泵和冷水機組的啟停，最大限度地節約水泵輸送能耗及冷水機組的製冷能耗。
  3. All this indicate that gehp has good part load characteristic and fit for variable speed adjustment

    這說明燃氣機熱泵部分負荷特性好，可以很好的實現變速調節。
  4. The results show that the secondary circulating pump system of the original system consumes a lot of energy and its control performance is poor under partial load

    結果表明，原有系統的二次循環水泵系統能耗大、部分負荷調節性差。
  5. First of all, the whole chip function diagram is designed after analyzing the principle of charge pump and the system required function. and then, the sub - block circuit is designed according to the whole chip function and structure

    通過對電荷泵dc / dc轉換器的基本原理和系統功能的詳細分析，論文首先介紹了整體結構，然後重點介紹了作者所負責的部分子模塊電路。
  6. To save energy, choose high efficiency chillers, and decide the unit number basing on the part - load condition. the number of water pumps should be synchronized with the chillers

    空調系統為了節能應該考慮選用高能效比的熱泵機組，根據機組部分負荷時的特點和效率確定合理的臺數，水泵選取數量與熱泵機組相同。
  7. So, it is quite necessary to save energy of water systems to lower the total energy consumption of the whole systems. in about 90 % operating times, the air conditioning system runs at 65 % load, the designed condition and part - load operating condition are different, so 1 the operating mode of pumps and chiller should be decided by the actual operating condition of part load in order to distribute the chilled water flux soundly

    由於在部分負荷下運行的空調系統與設計工況並非一致，而空調系統近90的時間在65的負荷下運行，因此空調系統需要根據實際工況要求來決定水泵和冷水機組的運行方式，以合理分配冷凍水和節約水系統能耗。
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