110kv

The validity of the proposed method is proved by the case study of a 220 / 110kV city network .

通过某市220/110kV网络中变电站优化规划的结果证实了该方法的有效性。

Paying Attention to Dielectric Loss Measurement of 35 ~ 110kV Oil-Immersed Current Transformer

35～110KV油浸式电流互感器介损测量时应注意的问题

Practice on Preventing 110kV ~ 500kV Transmission Line Contamination Flashover in Foshan Area

佛山电网110kV~500kV输电线路防污闪实践

Research on Lightning Performance of Quadruple Circuit Transmission Line with Dual Voltage 220 / 110kV on the Same Tower

220/110kV同杆四回线路耐雷性能的研究

Finally , the background software of the integrated monitoring system is developed based on a typical 110kV / 10kV substation .

以某110kV/10kV变电站为原型，设计开发了高压断路器综合监控系统的后台软件。软件融合实践了频谱分析，相似性分析及断路器管理数据库开发等关键技术。

50MVA / 110kV SF 6 Gas Insulated Transformer

50MVA/110kVSF6气体绝缘变压器

The parameter , performance index and structure characteristics of 50MVA / 110kV SF 6 gas insulated transformer are introduced . The protection and control methods about this transformer are given .

介绍了50MVA／110kVSF6气体绝缘变压器的参数、性能指标和结构特点，以及对该变压器的保护与控制方式。

Millions of10KV current and voltage transformers that the company produced have been used in hundreds of220KV , 110KV , 35KV transformer substations , switch stations and the National Electricity Grid .

公司生产的10KV电流、电压互感器至今在数百个220KV、110KV、35KV变电站、开关站、及国家电网工程中使用了上百万台。

110kV substation : located on the south of gas transmission initial station and the north of fire water area , so the incoming is convenient , and it shall be as close to the main load as possible .

110kv变电站：位于输气首站的南侧，消防水区的北侧，进线方便，尽量靠近主要负荷。

Taking into consideration of division operation model of 220kV 、 110kV three-winding transformers in Yuncheng power grid , the paper analyses the faults of this operation model in the view of safety and economy and puts forward some proposals .

针对运城电网220kV、110kV三绕组变压器的分裂运行方式，从安全性、经济性方面分析了此种运行方式存在的问题，并提出了建议。

A lot of simulations show that it can identify the temporary and permanent faults correctly and be easily applied in a practical system such as 110kV ~ 220kV transmission lines as well as 330kV ~ 500kV transmission lines without shunt reactors .

仿真结果表明：该判据可以准确地区分永久性和瞬时性故障，适用于110kV-220kV线路和不带并联电抗器的330kV-500kV线路。