Urban distribution scale bigness so compensation of reactive power in urban distribution is very important for detract consume economy energy sources ameliorate voltage quality.
摘要城市配电网的规模巨大，因此配电网无功补偿对降损节能，改善电压质量意义重大。
Hardware and software design of reactive power automatic compensation controller for low-voltage distribution systems is introduced.
介绍了低压配电网无功功率自动补偿控制器的软件和硬件设计方法。
The necessity of installing reactive power compensation in distribution substation of urban residential area is described and proved based on the measured load.
在负荷实测基础上，分析论述了住宅小区配电站设置无功补偿的必要性。
The reactive power compensation ranges are obtained by the physical constraints of the distribution network, and thus the initialization and evolution are restricted to a reduced optimization space.
利用配电网络物理规则求得投切点无功补偿容量调节范围，用于约束解的产生和进化，缩小寻优空间。
In light of the actualities of rural power distribution network, this paper describes the necessity and the best means of low voltage reactive power compensation for rural distribution network.
针对农村配电网的具体状况，说明对农村配电网进行低压无功补偿的必要性及其重要意义，并提出了农村配电网无功补偿的最佳方法。
Urban distribution scale bigness, so compensation of reactive power in urban distribution is very important for detract consume, economy energy sources, ameliorate voltage quality.
城市配电网的规模巨大，因此配电网无功补偿对降损节能，改善电压质量意义重大。
In this paper, combining the characteristics of power distribution network, made possible by a simple sensitivity analysis of reactive power compensation to choose locations.
本文结合配电网的特点，提出了用简单可行的灵敏度分析选择无功补偿的安装地点。
Rational allocation of reactive power compensation to reduce the loss distribution network, save power and improve the quality of power supply is important.
合理配置无功补偿对降低配电网网损、节约电能、提高供电质量有重要意义。
Rational allocation of reactive power compensation to reduce the loss distribution network, save power and improve the quality of power supply is important.
合理配置无功补偿对降低配电网网损、节约电能、提高供电质量有重要意义。
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