空調負荷 的英文怎麼說

中文拼音 [kōngdiàofùhé]
空調負荷 英文
air conditioning load
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 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...
  • 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
  • 空調 : air-conditioning
  • 負荷 : [電學] load; charge; weight
  1. The calculation and design procedures of air conditioning load, ground loop heat exchangers, radiant floor system, distribution system between heat pump and build are mainly introduced

    重點介紹了建築空調負荷計算、地下埋管換熱器系統、輻射地板系統以及熱泵和建築物內分配系統設計等方面的內容。
  2. Research on air - conditioning load of passenger train

    鐵路客車空調負荷研究
  3. Finally, we can not use electric power but the engine of bus or subsidiary engine to drive air compressors of bus air conditions. because the change range of turnaround speed of engine is very wide, that brings difficulties in controlling the rate of flow of cold - producing medium. in the control of bus air - conditions, preventing evaporator from freezing to make the air - conditions work with high efficiency and controlling the temperature of railway carriage are the basic tasks in air - condition control

    與一般的建築空調相比，汽車空調的工作環境惡劣，條件差，控制難度要增加很多，主要體現在以下幾個方面：一是車外熱負荷變化大，難以確定控制參數；二是要求空調負荷大，而且要控制空調使其降溫迅速：三，不便於用電力作為動力源，必須用汽車發動機或輔助發動機來帶動壓縮機，當採用汽車發動機作為動力源時，由於汽車的車速變化大，發動機轉速的變化可從600r min到4000r min ，壓縮機轉速與發動機轉速成正比，其轉速變化高達7倍，給空調系統製冷劑流量控制帶來困難。
  4. This paper, based on the electric policies of some city, compares in aspects of the capacities and electric powers of main equipment, initial investment, annual operating power costs and the economic analysis of ice storage air condition with normal air condition in different quantity of the storage - ice

    本文鑒于某市的電價政策，通過計算某工程的設計日及全年空調負荷，得出各自所需的設備容量及電功率大小，分析比較了初投資及年運行電費等，並按不同的設計日負荷對此工程進行了不同蓄冰量時的經濟分析比較。
  5. Air - conditioning load calculation method based excel

    電子表格的空調負荷計算方法
  6. Setting the subsection model as user - defined load model, calculations are carried out with it

    設置單臺空調負荷模型為自定義模型並代入穩定計算。
  7. Analyses the determination of surface heat transfer coefficient, interior building envelope load, air infiltration load, equipment load and heat storage load, etc

    摘要分析了民用建築舒適性空調負荷計算中表面傳熱系數、內圍護結構負荷、滲透風負荷、設備負荷、蓄熱負荷的確定等問題。
  8. The influence of air conditioners on the problem of transient stability is discussed, mainly putting emphasis on the restarting of air conditioners after voltage ' s comeback

    簡略分析空調負荷對電網的影響，其中主要是空調在電壓恢復后的重啟對電網的影響。
  9. Appiication of artificial network to predict building thermal load

    利用神經網路預測空調負荷
  10. It is useful to the air - conditioning load control measures

    對于提出空調負荷調控措施具有實際的參考價值。
  11. Research on load prediction model of air condition system based on elman neural network

    型神經網路的空調負荷預測模型
  12. Return air duct system should not be applied to public kitchen ventilating. 2

    最後根據有關文獻列出了廚房空調負荷、通風計算方法。
  13. This thesis lays emphases on the following questions about the air conditioner load : 1

    本文著重研究了關于空調負荷的幾個重要問題： 1
  14. A project example shows that the style can meet the need of load variation and save energy

    工程應用實例表明，該方式既能滿足法院建築空調負荷變化大的使用要求，又能節約能源。
  15. This exhibit uses graphical explanations to show how slurry ice is made and its role in cooling buildings efficiently

    這展品運用圖像講解液冰的製造過程和如何有效地減低建築物空調負荷。
  16. Because the potential energy storage technique is applied, the solution quantity shortage or excess problem caused by the frequent change of solar radiation intensity is solved

    由於採用了潛能蓄冷技術，解決了由於太陽輻射相對于空調負荷變化較大而引起的溶液量不足或是過剩的問題。
  17. Abstract : in this paper, the characteristics of residential air - conditioning loads, the main technological ways, different heating & cooling scheme are discussed ; the good future of energy efficiency of buildings in the hot summer and cold winter area is expected as well

    文摘:結合住宅建築空調負荷的特點，先分析了夏熱冬冷地區住宅建築節能的基本技術途徑，再從發展的觀點比較了該地區住宅的幾種冷暖方案的可行性。
  18. Second, according to the concrete condition, argues the application feasibility. in terms of the result of air - condition loading calculation, this technique can save energy more than 25 %, get many airflow parameter combinatorial in the same time, and provide important independence

    對標準機組段空調負荷核算與氣流組織設計計算結果表明，夏季採用分層空調技術至少可望節能25 % ，同時獲得了眾多可能滿足分層空調需求的氣流組織參數組合，為后續模型試驗提供了重要的技術依據。
  19. Air conditioning load, unit numbers of the chiller, location of the equipment, accessory equipment, and terminal equipment should be considered when choosing the heat pump system, noise and vibration to the surroundings are important factors

    在熱泵型機組的空調系統的選型中應考慮空調負荷、機組類型數量、安裝位置、附屬設備、末端設備等多項因素，特別注意噪音和振動對周圍環境的影響。
  20. With a project examples, calculates the latent heat by pool water evaporation, and concludes that the pool water evaporation is an important factor influencing air conditioning load

    結合工程實例，計算了池水蒸發潛熱量，得出池水蒸發潛熱負荷是空調負荷的一個重要影響因素。
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