SVC has fast, dynamic, smooth and continuous compensation characteristics of it also can generate positive and negative reactive power.
SVC无功补偿具有快速、动态、平滑、连续、可正、可负的补偿特性。SVC补偿技术应用在工业节能中能发挥很好的作用。
When you fall into that downward spiral of negative emotions-those based in fear-you are taking a back seat and allowing your life to happen on a reactive basis.
如果陷入负面情绪(源于害怕)的下行曲线，好比坐在车后座上，受之控制。
If you perceive things in a particularly skewed, negative way, your body will become more reactive over time, and there will be long-term health consequences.
如果你看事情以扭曲，负面的思想，随着时间的推移，你的身体将变得过度反应长期的健康问题将接踵而至。
This control principle can improve the control of power quality and effectively compensate the harmonic currents at load side, reactive power and negative sequence current.
该控制方法能改善系统电能质量的调节，有效地补偿负荷侧谐波电流、无功功率和负序电流。
And it was negative expression in the 10 cases of reactive hyperplastic lymphadenopathy.
在10例反应性增生淋巴组织中均为阴性表达。
Harmonics, reactive power, voltage flicker and negative-sequence current of power grids can affect the power quality and harm the power equipment badly.
电网中存在谐波、无功、电压闪变及负序电流等问题，严重影响电能质量，危害电力设备。
The SVC can not only compensates the reactive power, but also dish the negative sequence current produced by the unbalance loads, which mostly depend on the control scheme.
静止无功补偿器(SVC)在补偿负荷无功的同时，还具备补偿三相负荷不平衡的能力，其关键在于SVC所采取的控制策略。
It produces serial power quality problems such as reactive power excessive, negative exceeding, containing high harmonic.
由此产生诸如无功成分多、负序突出、谐波含量高等一系列电能质量问题。
Power system Network Node thousands of mixed clouds, active power, reactive power flow, high harmonics, negative sequence current of the speed of light in the system-wide communication.
电力系统中网络结点千百个交织密布，有功潮流、无功潮流、高次谐波、负序电流等以光速在全系统范围传播。
The reactive substance distributes in cytoplasm with negative nuclei.
免疫反应物质主要定位于细胞质，胞核为阴性。
The harmful effects brought by reactive power, harmonics and negative sequence usually be evaluated on some sensitive power system nodes and be comprehensive solved in the traction power system.
无功、负序和谐波的不良影响需要在电力系统进行评估，在牵引供电系统中采取技术措施以期综合解决。
This paper analyses the problem of reactive-current and negative-sequence power general compensation.
本文针对电网中负序和无功功率的综合补偿问题进行了分析和研究。
The results show that the effects of reactive power compensation, negative balance and harmonic inhibition are all satisfactory. Finally the conclusion is that the dual-phase SVG program is effective.
由仿真结果看出该SVG方案的无功补偿、负序平衡和谐波抑制均达到了满意的效果，从而验证了该综合补偿方案的有效性。
The results show that the effects of reactive power compensation, negative balance and harmonic inhibition are all satisfactory. Finally the conclusion is that the dual-phase SVG program is effective.
由仿真结果看出该SVG方案的无功补偿、负序平衡和谐波抑制均达到了满意的效果，从而验证了该综合补偿方案的有效性。
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