1) distribution system
配电系统
1.
How to do well the lightning protection and grounding of distribution system;
如何做好配电系统的防雷与接地
2.
CIM extension to distribution system components;
配电系统元件的公共信息模型扩展
3.
Rsearch on mitigation of voltage sags in distribution system based on SVC;
SVC抑制配电系统电压跌落的研究
2) power distribution system
配电系统
1.
Research and development of monitoring and control software of marine power distribution system based on Kingview;
基于组态王的船舶配电系统监控软件研制
2.
Application of arc-arrester with an automatic tracing compensation function to power distribution system;
自动跟踪补偿消弧装置在配电系统的应用
3.
Development of Reactive Power Compensation in 10kV Power Distribution System;
10kV配电系统无功补偿的研究进展
3) distribution systems
配电系统
1.
Study on the electric energy quality problems of civil architecture distribution systems;
民用建筑配电系统电能质量问题研究
2.
Study on the civilian construction distribution systems harmonic problem;
民用建筑配电系统谐波问题研究
3.
Research on Dynamic Characteristic and Control Strategy of StatCom in Power Distribution Systems;
配电系统StatCom的动态性能及其控制策略研究
4) distribution network
配电系统
1.
Investment evaluation of reliability of distribution network automation;
配电系统实施自动化的可靠性投资评估
2.
A large number of nonlinear loads are the main source of harmonics in distribution network.
配电系统中大量的非线性负荷是产生谐波的主要原因。
3.
A distribution networks reconfiguration algorithm which can achieve several independent topology restructure in a search is proposed.
根据配电系统中存在大量独立拓扑调整的特点 ,提出一次可以实施多个独立拓扑调整的配网重构方法 ,并通过节点流过的负荷电流值与理想转移负荷之间的距离确定打开的分段开关 ,进一步提高了处理效率 ,当降损效率小于给定值时不再进行网络重构 ,避免了无实际意义的拓扑调整。
5) distribution power system
配电系统
1.
In the paper, the insulation protection design of live working robot for 10 kV distribution power systems is introduced.
介绍了一种适用于10 kV配电系统的高压带电作业机器人系统的绝缘防护设计问题。
6) system power
系统配电
1.
This paper analyzes collocating in reason, load distribute, dependability, system power, system inspect and control.
UPS在石化企业的应用越来越广泛,本文从UPS的合理配置、负荷匹配、可靠性、系统配电、系统监控等方面分析了UPS供电系统,就如何提高UPS系统供电可靠性,提出了建议。
补充资料：配电系统
由配电站、高压配电线路、配电变压器、低压配电线路以及相应的控制保护设备组成的系统。其常用的供电方式有三相三线制或三相四线制。
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