摘要
在中国交通运输体系发展过程中,铁路运输产业的发展速度非常快,并且已经基本上实现了铁路电气化,对于中国铁路发展来讲是重要目标。在铁路电气化发展过程中,牵引供电系统接触网对于铁路电气化具有直接影响,是整个铁路电气化工程当中的主体构架。因此,对于铁路电气化建设工作来讲,牵引供电系统接触网结构的抗灾害能力一定要提升,这样才能为电气化铁路运行安全以及运输能力提升打下基础。
During the development of China’s transportation system,the railway transportation industry has developed very fast,and railway electrification has basically been achieved,which is an important goal for China’s railway development.In the development of railway electrification,the catenary of the traction power supply system has a direct impact on the electrification of the railway,and is the main structure of the entire railway electrification project.Therefore,for the construction of railway electrification,the antidisaster capability of the catenary structure of the traction power supply system must be improved,so as to lay the foundation for the safety of electrified railway operation and the improvement of transportation capacity.
作者
田立
Li Tian(Tangshan Power Supply Section,Tangshan,Hebei,063000,China)
出处
《工程设计与施工》
2020年第11期11-13,共3页
Engineering Design and Construction
关键词
电气化铁路
牵引供电系统
接触网结构
防灾工作
electrified railway
traction power supply system
catenary structure
disaster prevention