1.
Edison's system used a 110 V two-wire DC underground distribution network.
此爱迪生电力系统采用1 10伏两线制地下配电网。
2.
Overvoltage and Feeder Detection for Earth Fault Under High-Resistance Grounding Mode in 10 kV Distribution Networks
10kV配电网经高阻接地方式下过电压及接地故障选线
3.
The Study of the Measurement of the Zero-Sequence Current for High-Resistance Grounded Distribution System;
中性点经高阻接地方式下配电网零序电流测量的研究
4.
Reliability Evaluation for Distribution Systems with Distribution Automation;
配电自动化条件下配电系统供电可靠性评估
5.
Comprehensive Construction Technology of Ultra Deep Foundation Pit for Auxiliary 110 kV Underground Substation of Shanghai World Expo
世博配套110 kV地下变电站超深基坑综合施工技术
6.
The electromagnetic force becomes dominant.
电磁力处于支配地位。
7.
The Integration of Distribution Automation System and Geography Information System
配电网自动化系统与配电地理信息系统一体化
8.
Panel lamps driver circuit shorted to ground
配电板指示灯驱动器电路对地短路
9.
Analysis on Power GIS in Distribution Network;
电力地理信息系统在配电网中的应用
10.
Converting Geographic Information System (GIS) Based Feeder Maps into One-line Diagrams;
配电馈线地理图到电气接线图的转换
11.
Grounding of Distribution System Protection for Outdoor Area Lighting in the Hydropower Station
水电站户外照明配电系统的保护接地
12.
The Layout of Current Transformer of 10 kV Micro-ohm Resistance Grounding System
10kV小电阻接地系统电流互感器配置
13.
Impact of Distributed Generation on Earth Protection of Distribution Network
分布式发电对配电网接地保护的影响
14.
Analysis of grounding mode by resistor for neutral point of 10kV power distribution network
10kV配电网中性点经电阻接地方式分析
15.
The Capacitor Configuration of GIS Potential Transformer on the Spot Test
GIS电压互感器就地检定的电容配置
16.
Study of Distribution Transformer Direct-Embedding Heat Exchange in Shanghai
上海地区配电变压器地埋热交换研究
17.
Step by step, directed by Energy Control, the disrupted distribution system was returning to a state of order.
在能源控制中心的指挥下，混乱的配电系统正一步步地回到正常状况。
18.
Introduction to neutral grounding and resistance grounding in distribution system
配电系统中性点接地方式及电阻接地方式