1) reactive power comsuption
无功消耗
1.
After calculating the maximum capacitive reactive power comsuption of ±800 kV Xiangjiaba UHVDC Converter Station during the steady state condition,analyzing the capability of the AC system supplying the capacitive reactive power and proposing the banks and sub-banks of the conerter station,the capacitive reactive power division scheme of Xiangjiaba UHVDC Converter Station is designed.
通过向家坝±800 kV特高压直流换流站额定功率运行方式下最大容性无功消耗的计算,换流站附近交流系统提供容性无功能力的分析,换流站容性无功大组和小组分组容量的选择,确定了向家坝特高压换流站容性无功配置方案。
2) consumption of reactive power
无功功率消耗
3) power consumption
功率消耗
1.
Numerical simulation of influence of impeller clearance in agitated vessels on flow field structure and power consumption;
搅拌槽内桨叶高度对流场结构和功率消耗影响的数值模拟
2.
Calculation of power consumption of the mainframe in refiner;
热磨机主机功率消耗计算
3.
Research of power consumption and temperature for sleeve bearing of quiet pressure and dynamic pressure;
液体动静压支承的功率消耗及温升研究
4) consumed power
消耗功率
1.
Furthermore, we found that when the frequency of the input signal changed, the consumed power of the driver changed correspondingly.
在文献中尚未见到研究PZT驱动电路消耗功率与输入信号频率相关性的报道。
2.
The performance graph of coolant pressure drop,air pressure drop,heat releace and consumed power were obtained and the simulation equations were obtained by means of analysis and simulation.
利用FLUENT软件对DF7型内燃机车散热器散热性能进行了建模与数值仿真,通过对仿真数据的拟合处理分别获得了散热器水阻、风阻、散热量和消耗功率特性曲线图及关系式,分析了它们与水速和风的质量流速之间的相互关系及产生原因,并通过试验验证了仿真模型的准确性和可行性,实现DF7型内燃机车冷却系统的最佳功率匹配。
6) reactive power loss
无功损耗
1.
In the special power supply model,the reactive power losses caused by the line reactance have an influence on the measurement of reactive power on both sides of the line,which is an objective fact.
专线供电模式中,线路电抗性质所引起的无功损耗对线路两侧无功计量量值的影响,是客观事实。
2.
Large single hook lift system in mine has problems in reactive power loss,and energy waste during decentralization.
叙述了矿井单钩提升系统大马拉小车、无功损耗大、下放段能量白白浪费的问题。
补充资料：电能消耗
电能消耗
electrical energy consumption
生产的_〔艺技术和组织管理水平的项重要指标，d旧nneng xlaohoo电能消耗(eleetrieal energy eonsumption) 电解中阴极析出单位重量金属所耗掉的电能量。通常是指产出lt阴极金属所消耗的直流电能，也称直流电耗，可按下式计算: w一U卫全卫里 夕q式中w为直流电耗.kw·h八;U槽为槽电压，V;7为电流效率，%;q为阴极析出金属的电化当量，g/(A·h)。 电能消耗与槽电压成正比，与电流效率成反比。因此.凡有利于降低槽电压、提高电流效率的因素，均起到降低电解电耗的作用。电能消耗量是综合反映电解
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条