load loss

英 [ləʊd lɒs] 美 [loʊd lɔːs]

网络  负载损耗

电力



双语例句

  1. So these kinds of things happen such as turbine trips, you lose load, loss of condenser vacuum.
    所以,这些东西发生了,当涡轮失效的时候,你失去了负荷,失去了压缩的空间。
  2. Aiming at reducing the load loss of distribution transformer, new idea of developing energy-saving distribution transformer is brought out.
    围绕降低配电变压器(简称配变)负载损耗的课题,提出研制新型节能型配变的新思路。
  3. In this way, the load loss can be minimized, and the frequency regulation effect coefficient of the load can be fully used to restore system frequency and prevent frequency collapse.
    通过此减载方案可尽可能减少负荷的损失,同时充分利用负荷的频率调节效应实现系统频率的恢复,尽可能防止系统频率崩溃的发生。
  4. Analysis of a Load Loss Accident Arising from Phase-to-phase Grounding Short-circuit Fault
    一起相间接地短路故障引起的负荷损失事故分析
  5. Experimental Study on the Influence of Four Kinds of Lubrication Oil on no Load Power Loss of Plate Friction Clutch Narrative Order: Ingenious Interception of Episodes
    四种润滑油对片式摩擦离合器空损功率影响的试验研究叙述顺序:片断的巧意截取&中国当代小说叙述方式转化考察之四
  6. The equivalent resistance is derived for distribution transformer load loss and line loss of planning grid, and the maximum current is calculated for each feeder according to their capacity ratios.
    推导出规划网架的线路损耗和配变负载损耗的等值电阻,利用馈线容量比值估算馈线最大电流。
  7. The principle of reducing the no-load loss, no-load current and noise of five-step laminated core is analysed. The analytical result shows that the structure adopted five step laminated core can improve no-load performance obviously.
    分析了五级接缝铁心降低空载损耗、空载电流及噪声的机理,指出铁心采用五级接缝铁心结构能够大幅度提高变压器的空载性能。
  8. The common method about the calculation of electrical energy loss in the technical and economical comparison is looking up the maximum load's loss hours according to the maximum load's utilization hours and POwer factor in manual.
    电力工程设计中的技术经济比较涉及到年电能损耗计算,其常用方法就是根据最大负荷利用小时数和功率因数从手册中查取最大负荷损耗小时数。
  9. The cause of the augmented supplementary load loss of high impedance transformers is analyzed theoretically in this paper, and measures for its lowering are presented as well.
    通过对高阻抗变压器附加损耗增大的原因的理论分析,提出了实际生产中降低附加损耗的措施。
  10. The problems of amorphous alloy distribution transformer, such as the core structure, no load loss, noise, anti-short circuit ability, technical and economic questions, were mainly analyzed.
    分析非晶合金配电变压器的铁心结构、空载损耗、噪声、抗短路能力、技术经济性等问题。
  11. Discussion on Best Route Method Applied to Apportion of Load Loss
    最佳路径法应用于网损分摊的探讨
  12. This paper introduces a computer program for calculating the stray load loss of three-phase induction motor during test, by which, the original complicate calculation is simplified and the calculated results are more accurate and reliable.
    提供了一个在电机试验中,用于计算三相异步电动机负载杂散损耗的微机计算程序,使原来繁琐、复杂的计算工作变得简单,计算结果更加精确可靠。
  13. The reason to bring about errors in load loss measurement of large transformer is discussed. The method to reduce errors is given.
    详细分析了大型变压器负载损耗测量过程中误差产生的原因,并指出了误差校正的方法。
  14. Measurement Error Analysis of Load Loss of Large Transformer
    大型变压器负载损耗测量误差的分析
  15. It shows a method to detective the open circuit loss and the load loss of the there-phase power transformer online by operating the real-time voltage and current of the transformer.
    介绍一种在线检测三相变压器空载损耗、负载损耗的方法。这种方法通过对变压器原副方电压电流实时量的运算来实现。
  16. Equivalent circuit and load loss test for split transformer are discussed and the load loss is analyzed with the supplementary load loss analyzed in nature.
    讨论了分裂式变压器的等效电路和负载损耗试验,分析了负载试验损耗值,并定性分析了附加损耗值。
  17. How to select capacity of transformer according to the annual hours max-load power, to calculate active kWh loss and kvar loss of transformer using load undulation loss factor are introduced, and a technology-economic analysis is made in this paper.
    本文介绍根据年小时最大负载功率来选择变压器容量,应用负载波动损耗系数计算变压器有功电量损耗和无功电量损耗,并进行技术经济分析。
  18. An Introduction of A Computer Application Program for Calculating the Stray-Load Loss in the Motor
    介绍一个计算电动机杂耗的微机应用程序
  19. This paper presents the study of 100W two-stage AC/ DC converter. The measured full load efficiency of the converter is more than 88.9%, and the open-load loss is less than 0.74W over the universal line range.
    对100W两级AC/DC变换器效率和空载损耗进行了研究,提出了改进电路,使变换器的满载效率在宽交流输入电压范围内大于88.9%,空载损耗小于0.74W。
  20. Compared with Fold Line Approximation Model ( FLAM), NURBS needs less parameters for pre-processor with higher accuracy in calculation of prestress equivalent load and loss of tendon force.
    与目前普遍采用的折线逼近法相比较,NURBS模型表达参数较少,易于进行前处理,应用在预应力等效荷载、预应力损失等计算中具有较高的精度和效率。
  21. By the solving reiteration of main and sub-problem, it finally gets an optimal maintenance schedule with the least electricity sell loss and an optimal load transfer plan with the least load loss, switch operations and transmission loss.
    通过主问题和子问题的反复优化迭代,最终获得供电企业售电损失最小的检修计划以及停电负荷、开关操作次数和系统网损最小的负荷转移方案。
  22. The overproof reasons of no load loss and current in distribution transformer are analyzed. The measures to solve the problem are presented.
    对配电变压器空载损耗和空载电流超标原因进行了分析,提出了解决问题的措施。
  23. A Computer Program for Calculating the Stray Load Loss in Electric Motor During Test
    电机试验中计算负载杂散损耗的微机计算程序
  24. Equivalent Circuit for Split Traction Rectifier Transformer and Analysis of its Load Loss ( Part ⅰ)
    分裂式牵引整流变压器的等效电路和负载损耗分析(上)
  25. Cause analysis for augmented supplementary load loss of high impedance transformers
    高阻抗变压器附加损耗增大的原因分析
  26. The methods of maximum load loss hour and loss factor are to calculate the energy losses, and are widely used in design and operation sectors of electric power systems. But there is little of systematically qualitative and quantitative understanding of their respective calculation errors.
    最大负荷损耗时间法和损失因数法常用来计算电网的年电能损耗,特别是前者在我国电力设计和运行部门得到广泛应用,但对其计算误差还没有比较系统的定性和定量认识。
  27. The load loss rates of ten years for the quenched-tempered spring and the normalized spring at room temperature are predicted as 0.8% and 2.97%, respectively, indicating that the spring with quenched-tempered microstructure presents better anti-relaxation performance.
    淬火回火态弹簧和正火态弹簧室温服役10年的负荷损失率预测值分别为0.8%和2.97%,表明淬火回火组织具有较好的抗松弛性能。
  28. Through the statistics and analysis of character variables of domestic power grid accidents with load loss, the power law relationship between the blackout dimension and frequency is discovered, and the theory of Self-Organized Criticality is used to explain such phenomena.
    通过对我国电网大停电事故中特征变量概率分布的统计分析,阐述了大停电规模与频率之间呈现出的幂律关系和自组织临界特性。
  29. Load loss of system failures is gained by linear programming methods considering the active power of generators and load as control variables. Control cost as the optimal objective is minimized in the model.
    利用发电机和负荷有功功率作为控制变量,将控制费用最小值作为目标函数,通过线性规划方法求解系统故障所造成的负荷损失。