耗能比较,comparison of energy consumption
1)comparison of energy consumption耗能比较
2)energy consumption&routing performance能耗-性能比较
3)Comparison of the operating energy consumption运行能耗比较
4)electricity consumption comparison耗电比较
5)performance comparison性能比较
1.Kinds of decoding algorithm andperformance comparison of Turbo;Turbo码的几种译码算法及性能比较
2.Steady-state simulation andperformance comparison for an air-source heat pump system;空气源热泵的稳态仿真及性能比较
3.Performance comparison of differential game and improvement proporfional Navigation guidance Laws;微分对策制导规律与改进的比例导引制导规律性能比较
英文短句/例句
1.Research on the Performance Comparison of OFDM and MC-CDMAOFDM与MC-CDMA的性能比较
2.Performance Comparison of Frequency Standard Measurement Systems Based on Beat-Frequency Method基于差拍的频标比对系统的性能比较
3.A comparison study of two types of solar air collector performance两种太阳能空气集热器性能比较研究
4.Performance comparison of robust watermarking algorithm in Contourlet and wavelet domainContourlet与小波域鲁棒性水印算法性能比较
5.detergents for hand dishwashing-guide for comparative testing of performance手洗碗盘用洗涤剂-性能比较试验导则
6.detergents for washing fabrics-guide for comparative testing of performance纤维洗涤用洗涤剂-性能比较试验导则
7.One means of distinguishing one material from another is by comparison of physical properties.物理性能比较是一种区别材料的方法。
parison of Performance between Range Hoods of European Style and Deep Cabinet Style欧式、深柜式油烟机吸油烟性能比较
9.Robust Analysis and Performance Comparison of PID Control Systems;PID控制系统鲁棒分析及性能比较
10.A Comparative Study of MANET Routing Protocols Through NS2;基于NS2的MANET路由协议性能比较研究
parison of Dielectric Property between BaTiO_3 and CaCu_3Ti_4O_(12);BaTiO_3与CaCu_3Ti_4O_(12)的介电性能比较
parative Analysis on Seismic Performance of the Short-leg Wall Structure短肢剪力墙结构的抗震性能比较分析
13.Long-term Comparison of Electrophysiological Characteristics of Bipolar and Unipolar Leads永久起搏器单双极导线工作性能比较
14.Performance analysis and comparison of WebGIS vector map drawingWebGIS矢量地图绘制方法的性能比较分析
parison Capability between STORK Deaerator and Tray-Spray Steam DeaeratorSTORK型与淋水盘式除氧器性能比较
16.What Makes Comparative Study Possible?--On Comparability of Comparative Education是什么使比较成为可能?——论比较教育中的可比性
17.A comparison of goal - setting regulation with descripting regulation;规格性与功能性安全法规的分析比较
18.A Comparison of Two Reliability Models Based on System Performance Degradation两类系统性能退化可靠性模型的比较
相关短句/例句
energy consumption&routing performance能耗-性能比较
3)Comparison of the operating energy consumption运行能耗比较
4)electricity consumption comparison耗电比较
5)performance comparison性能比较
1.Kinds of decoding algorithm andperformance comparison of Turbo;Turbo码的几种译码算法及性能比较
2.Steady-state simulation andperformance comparison for an air-source heat pump system;空气源热泵的稳态仿真及性能比较
3.Performance comparison of differential game and improvement proporfional Navigation guidance Laws;微分对策制导规律与改进的比例导引制导规律性能比较
6)relative energy-saving比较节能
延伸阅读
AC变速驱动控制比较及选择最通用的电机控制方法,AC变速驱动(VSD),通常有三种控制方式:开环控制、无速度传感器矢量控制和通量矢量控制,提供感应电机的越来越精密的要求(以及永磁同步电机)。开环AC驱动采用最为简单的电机控制方法,即所谓的V/Hz控制方法,也是"数量"控制以使之区别于矢量控制方法,V/Hz作用于开环,没有正式的反馈装置。但是,电流和电压有电流限制和转差估算。这个低成本的方法一般用于速度控制,提供相关的低速和转矩响应。它能提供无转矩控制或低速时的高转矩。V/Hz占有美国AC驱动类型的最高百分比。控制工程杂志曾统计,89%的参与者使用AC驱动方式(无传感器矢量占41%,闭环矢量控制占33%)。V/Hz控制特别适合动力泵、风机和其他连续过程领域。一个显著的优点是它可简单地控制几个电机。在其他的VSD中,还包括磁通矢量控制(FVC) 。在全FVC控制中,实际的反馈设备(大部分为编码器)用于电机的定位和速度信息。最复杂的电机模型用于控制算法。FVC允许真正的转矩模式运行,采用分离的速度和转矩回路。一个自适应控制器增加了更高的动态转矩调节。可解决电机温度改变和其他控制扰动,形成优化的输出。全FVC可在低速获得高转矩(即使是0 rpm),在全程速度中提供线性参数。无传感器驱动(Sensorless vector control ,SVC),无需编码 开环矢量控制,可以获得改进的低速运行特性,变负载下的速度调节能力也得到改善。