煤耗 的英文怎麼說

中文拼音 [méihào]
煤耗 英文
coal consumption
  • 煤 : 名詞（黑色固體礦物） coal
  • 耗 : Ⅰ動1 （減損; 消耗） consume; cost 2 [方言] （拖延） waste time; dawdle Ⅱ名詞1 （壞的音信或消息） ...
  1. Analysis on method of cut down the consumption of coal

    火電廠降低煤耗量方法分析
  2. The methods for the calculation of the efficiency, unit heat consumption and unit coal consumption of tunnel dryer annular kiln system

    隧道式乾燥室? ?輪窯體系熱效率單位熱耗單位煤耗計算方法
  3. A new method was introduced to calculate net coal consumption and heating coal consumption

    在計算熱電廠的供電煤耗和供熱煤耗理論方面提出了新方法。
  4. An approach on coal consumption and wearing and tearing in the operation of circulation fluid - bed boiler

    關于循環流化床鍋爐運行中的煤耗和磨損問題的探討
  5. An introduction is given to their importance in increasing the gasification intensity of coal gasifiers and reducing coal consumption

    介紹了它們對提高煤氣爐的氣化強度和降低煤耗的重要性。
  6. The result indicated that the equipment has high accuracy and good reliability, it can promptly, effectively adjust the boiler movement, reduces the power supply coal consumption

    結果表明，該裝置測量精度較高，可靠性好，能及時、有效地調整鍋爐運行，降低供電煤耗。
  7. The main cost of thermal power plant chiefly is the coal consumption, and the operating cost of ball mill is only the one small part. it is not necessity to do risk and sensitivity analysis

    火力發電廠的發電成本主要是煤耗，球磨機的運行費用只是發電費用中的一小部分，所以本文沒有做風險分析和敏感性分析。
  8. The factors that contribute to the boiler efficiency are used as the inputs of the model, and economic parameters such as the boiler efficiency and the coal consumption of electricity are used as outputs

    模型以影響鍋爐效率的因素為輸入變量，以鍋爐效率及發電煤耗等為輸出變量，用電廠採集的數據樣本進行訓練。
  9. The fuel - cost accounts for absolute parts of the whole production cost, and the inventory of coal deposition relates to the calculation of the consumed coal and economic barometer in the fuel management of steam power plant

    火電廠燃料成本占整個生產成本的絕大部分，煤場存煤量的盤點關繫到電廠煤耗的計算和經濟性指標。
  10. It is benefit for environmental management and the control of pollutant discharge. the case studies were given in the paper used to compare the fuel consumption, environmental benefit and economy among different gas turbines

    本文以實際燃機熱電聯產工程為案例分析比較不同燃機應用形式之間煤耗、環境、經濟性之間的優劣。
  11. The vary of the parameter of the steam ). the software provide function of " alert " if some parameters exceed the range of permission, and this may urge the operator to adjust operation condition and put right. meanwhile, this may promise the units under the conditions of optimization, and achieve lower net coal consumption rate of thermal power plant and higher generation efficiency

    同時，這套系統可以在線分析熱力系統的各小指標如主蒸汽參數、抽汽參數和排汽參數在偏離目標值時所引起的煤耗額外增加值，對于偏離目標值超過允許范圍時的參數提出報警，以提醒運行人員調整運行，糾正偏差，使各參數都運行在最佳狀態，從而降低煤耗，提高機組的運行效率。
  12. Diagrams for example coal consumption and thermal efficiency in the light of online calculation presented by a software about boiler economic performance optimization developed with the tools visual c + + give you quick analysis and visualized judgment for boiler under different working conditions

    （ 3 ）用visualc + +開發工具對鍋爐經濟性能優化軟體進行了開發。根據現場運行提供的數據，通過計算，圖表顯示煤耗、鍋爐效率等參數的特性曲線；快速直觀的分析、判斷不同運行工況下鍋爐的可靠性與經濟性。
  13. In chapter four, compared the forecast of mawan electric power plant with that of shiheng electric power plant, the validity of the forecast model established in the thesis is checked up and the efficient practical result of applying inverse exponent nonlinear recursive forecast model is confirmed. in addition, compared with other common forecast models in chapter five, the distinct practicability and superiority of using ienr forecast model was further illustrated in forecasting energy saving target in electric power plants

    本文的第四章通過媽灣發電廠和石橫發電廠供電煤耗數據進行處理和歸納，對本文所建立的預測模型進行檢驗，在第五章與其他常用的預測模型進行比較，更進一步說明本文的模型在對電廠節能目標的預測上具有明顯的優勢和實用性。
  14. To meet the need of timely and accurate acquaint and analysis of the power plant fuel consumption in the reform of power industry in china, studies in this paper were mainly focused on the following several aspects : online calculation of the thermal economical performance of boiler, steam turbine and heat system was discussed and studied, and the dynamic relationship between real - time unit

    本論文從機組的熱力特性和負荷因素出發，深入地探究了火電廠的實時負荷與煤耗量的依變關系，通過計算程序得出其變化曲線；然後進一步計算出年、月、日的煤耗量，為燃料部門的購煤提供依據，以便及時做出購煤的計劃；同時分析環境溫度、煤質變化對機組煤耗量的影響。
  15. The proportion of natural gas in consumption of energy is constantly rising. gas turbine and engine cogeneration is one of the rational ways in utilization of natural gas. using index system evaluating thermodynamic performance of energy utilization systems on the basis of electricity, the allocation models of the fuel consumption for the gas turbine and engine chp plant were deduced

    本文根據以電量為基準的熱力性能評價思想，研究燃機熱電聯產煤耗分攤問題，並給出了燃機燃氣蒸汽聯合循環熱電聯產、燃機簡單循環熱電聯產系統的電、熱兩種產品生產的煤耗分攤模型。
  16. The main functions of the software include the conditions monitoring of the units and the performance analysis on line, for example, the calculation of the net coal consumption rate of thermal power plants, the net coal consumption rate of power supply, the efficiency of boiler, the efficiency of turbine and other significant index

    該系統使用方便、靈活、功能強大、界面友好，並具有數據有效性檢驗和用戶安全驗證功能，具有豐富的報表、圖形界面來顯示計算分析結果。這套系統可以在線監測和分析機組的運行效率，包括發電煤耗、供電煤耗、鍋爐效率、汽輪機效率和廠用電率。
  17. The problem of incomplete combustion in boilers has been solved by using the methods of coal wetting and installation of different - coal layer - burning device, with a result of lower coal consumption and higher thermal efficiency

    採用燃煤布濕和安裝分層燃燒裝置，較好地解決了鍋爐燃燒不完全的問題，降低了煤耗，提高了鍋爐的熱效率。
  18. After the modification, the characteristic of outlet water of the spray nozzle is changed and the outlet temperature of the cooling water from the spray nozzle is decreased. as a result, the coal consumption is reduced and the efficiency of the steam turbine is better

    通過對噴濺裝置的改造，改變了噴頭的出水特性，從而降低了冷卻水出水溫度，提高了汽輪機真空和汽輪機熱效率，降低了煤耗，提高了機組運行的經濟性。
  19. The performance model and the online fuel consumption curve of boiler - turbine unit are the basis for load optimal distribution. the improved equal incremental principle and linear programming are adopted in plant online load optimal distribution system. the plant online load optimal distribution software is developed with the support of visual basic 6. 0, and is used in two power plants as example

    通過建立各單元機組的性能模型，並在線確定機組的煤耗特性曲線，從而為實現負荷最優分配提供了可靠的依據；負荷分配演算法採用了等微增率原理和線性規劃方法，並對現有演算法進行了改進；藉助visualbasic6 . 0開發了通用性較好的軟體，並結合兩個實例就軟體分配計算結果的經濟性進行了分析和評估，結果表明，該軟體計算得到的負荷分配方案經濟、可行，具有良好的應用前景。
  20. The performance of the all - sided technology transformation has very important significance on reducing the generating units coal consumption, increasing the generating units efficiency and prolonging the generating units life

    機組全面改造完成，對降低機組煤耗，提高機組效率，延長機組壽命都具有重大意義，經濟效益、社會效益十分可觀。
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