Outputs optimally interface to true balanced, pseudo-balanced or unbalanced loads.
产品优选地连接配齐平衡，冒充平衡或失衡的装载。
For solving the unbalanced loads, the concept of the virtual rigidity is introduced to take account of the tension stiffening effect.
求解释放荷载过狴中引入虚拟刚度概念，用以摸拟拉伸硬化效应。
In an electrical network, unbalanced and harmonic currents generated by nonlinear and unbalanced loads can cause harmonics and unbalanced voltage.
电网中，由非线性和不平衡负载引起的不平衡和谐波电流将造成谐波和不平衡电压。
In this way, data exchange and task processing can be executed parallelly, so the halt wailing time caused by the unbalanced loads on member computers can be reduced.
这样数据交换和任务处理就可以并行进行，从而就缩短了各成员机因负载不均匀而造成的停机等待时间。
In accordance with the feature of three phase unbalanced loads, this article describes the correction principle of reactive power and the control system of single board computer.
本文针对三相不平衡负载特点，介绍了无功功率补偿原理和单板机控制系统。
With the substantial growth of power electronic devices and unbalanced loads in power systems, the outcoming harmonics and negative sequence endanger the running safety of the generators seriously.
随着电力系统中电力电子装置以及不平衡负载大量增加，谐波和负序污染日趋严重，它们对发电机的运行安全带来危害。
The operation of unbalanced three-phase loads of distribution network will increase power loss.
配电网三相负荷不平衡运行将增加配电网的电能损耗。
In small scale wind power generation systems, the loads are stochastic and unbalanced sometimes, which put forward special requirements to the inverter.
针对离网型小型风力发电系统中负载具有随机性和不平衡性的特点，本文将三相四桥臂逆变器应用于该系统。
It points out that under the given external loads, the area which comes to unbalanced forces is the first place to be destroyed in the structure.
它指出，对给定外荷载下的结构，结构出现不平衡力的区域即为首先破坏的区域。
Three unbalanced phase loads varies randomly to lead to three phases unbalance in middle and low voltage distribution system, whi ch brings a series of problems on power grid.
在中低压配电网中，三相负荷随机变化，产生三相不平衡，从而给电网带来了一系列的问题。
Three unbalanced phase loads varies randomly to lead to three phases unbalance in low voltage distribution system, which brings a series of problems on power grid.
在电网中，三相负荷随机变化，产生三相不平衡，从而给电网带来了一系列的问题。
With the rapid increase of electric power load, especially the increase of unbalanced, impact and nonlinear loads, the power quality problems have been more and more serious.
随着电能在国民经济各部门中的广泛应用，用电负荷迅速增加，特别是不对称、冲击性、非线性负荷容量不断增长，电能质量的问题日益突出；
With the rapid increase of electric power load, especially the increase of unbalanced, impact and nonlinear loads, the power quality problems have been more and more serious.
随着电能在国民经济各部门中的广泛应用，用电负荷迅速增加，特别是不对称、冲击性、非线性负荷容量不断增长，电能质量的问题日益突出；
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