The optimal scheme to avoid main transformer burnt down caused by reclosing to permanent fault;
解决线路重合于永久性故障而烧损主变的最佳方案
Abnormal dielectric loss of high voltage epoxy bushings for main transformers;
主变500kV环氧树脂浸纸套管介损异常原因研究
Discussion on dead zone of longitudinal differential protection for main transformer during operation of bypass switch in replace of HV side switch on main transformer;
旁路开关代主变高压侧开关运行中主变纵差保护死区的探讨
The water-springing extinguishing system for the main transformer based on PLC;
基于PLC的主变压器自动灭火控制系统
Improvement of type TM2 electric locomotive main transformer design;
TM2型机车主变压器设计改进
Design of main transformer for 120 km/h AC drive freight electric locomo tive;
120km/h交流传动货运电力机车主变压器设计
Analysis on transformer protection potential fault trip resulting from CT s wrong connection;
CT一次引线误压接引起主变保护潜在误动分析
Implementation of bypass breaker replacing transformer breaker in 220 kV double transformer protection configuration;
220kV双重化主变保护旁路断路器代主变断路器运行方案
aiming at a breaker failure of CST231B transformer protection leading by 35kV transmission line,discovering that CST231B transformer protection has principle bu
针对一次35kV线路转换性故障导致主变高压侧误动的原因分析,发现CST231B主变保护存在原理缺陷。
In the first phase of Shenzhen metro construction,there are two 110 kV main substations with the same equipment configuration.
深圳地铁一期工程包括两座110kV主变电站,两站设备配置类似。
Based on the planning of Shanghai rail transit network and the city s power supply system, this paper proposes that the resources of the main substation of rail transit shall be shared by more rail lines.
针对城市轨道交通网络的发展规划,结合城市电网的发展,从提高轨道线路供电可靠性和电力资源利用率的角度出发,提出轨道交通供电系统主变电站资源共享的建设模式。
The method mainly realizes the functions of autonomous shape-shifting,autonomous obstacle-avoiding and autonomous navigation for the robot in unstructured env.
该方法主要实现了在非结构环境中机器人的自主变形、自主避障和自主导航定位等功能。