1) real time power loss
实时电能损耗
1.
The experience in developing a real time power loss manages program is presented.
介绍了一个实时电能损耗程序的开发经验。
2) power loss
电能损耗
1.
To research the factors influencing the power loss of the ozone generator,this paper analyzes the main power loss in the generator.
为研究影响臭氧发生过程中电能消耗的主要因素,对臭氧发生系统中主要部分电能的损耗进行了分析,通过对1000g/h臭氧发生器的计算,认为臭氧发生管是主要的电能损耗源,所耗电能占总电能的76%。
2.
With the increasing of voltage grade of power system,the power loss at ground wire becomes more and more remarkable.
输电线路电压等级越高,地线上的电能损耗就越大,如何降低地线损耗意义重大。
3.
In order to reduce the inductive current and the power loss caused by the current when the power system runs naturally, this article brings forward a way to reduce the power loss through a multiple impedance to insulate the lightning shield line and ground, so that the system can run economically.
为减小系统正常运行时避雷线中出现的感应电流及其电能损耗,提出了利用复合阻抗隔离避雷线与杆塔(地)的方法,EMTP程序对该方法数字仿真的结果证明了它的可行性和有效性,但系统序阻抗也会随之改变,故有必要调整系统保护的整定,以满足系统对保护的要求。
3) electric energy loss
电能损耗
1.
Regulating disequilibrium load and decreasing electric energy loss;
调整不平衡负荷减少电能损耗
2.
This method has reduces the electric energy loss and voltage drop.
在矿山供电系统中普遍采取一端供电的方式,造成线路损耗及压降都很大,本文结合唐山矿业公司变电站供电系统的改造,提出由一端供电改为中间供电,达到了降低线路电能损耗及压降的效果。
3.
For excessive electric energy loss in distribution network in our country,optimal control of reactive power is put forward in distribution network to decrease the line loss and increase the energy utilization rate.
针对我国电网电能损耗过大,提出在配电网装设无功优化控制以降低线损,提高电能利用率。
4) energy loss
电能损耗
1.
The Transmission Energy Loss Allocation System Based on a Dynamic Power Flow Algorithm;
基于动态潮流的输电电能损耗分摊管理系统
2.
In this paper,the method of adjusting voltage to reduce losses in《Standard for calculating energy loss in electric power networks》is argued and clarified.
本文论证并澄清了《电力网电能损耗计算导则》〔1〕12页“合理调整电压降损电能的计算”方法容易引起误导和不易操作的问题,提出了实用的模型和计算公式。
3.
Low the distribution lines loss rate could be to reduce the energy loss in transporting, improve the electricity supply ability, and increase the economic performance of Power Company.
10kV配电网主要包括10kV配电线路和配电变压器、补偿电容器等,电能损耗主要由这些元件产生,10kV配电网电能损耗占整个配电网损耗的主要部分。
5) energy losses
电能损耗
1.
This paper comprehensively discusses the major causes of the energy losses,specifically analyzes the influence of the operation voltage of the transformer and line,3-phase load unbalance and harmonic etc on the energy losses of the distribution network.
较全面地剖析了配电网电能损耗产生的主要原因,对变压器和线路的运行电压、三相负荷不平衡和谐波等对配电网损耗的影响进行了具体分析。
6) Real-time electrode loss compensation
电极损耗实时补偿
补充资料：介质损耗角正切试验(见电容率与损耗因数试验)
介质损耗角正切试验(见电容率与损耗因数试验)
dielectric loss tangent test
)!eZh.sunhooJ一002匕engq一e sh一yon介质损耗角正切试验(dieleetri。1055 tangenttest)见电容率与损耗因数试验。
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