用钢铝复合轨的形式解决刚性接触网异常磨耗
Reduction of Abnormal Wear of Rigid Catenary Through Steel and Aluminum Composite Rail
韩朝建 1李娜 1陆军 1倪国政1
作者信息
- 1. 天津轨道交通运营集团有限公司,天津 300131
- 折叠
摘要
城市轨道交通目前多采用刚性架空接触网供电方式为电客车提供电能动力.刚性接触网运营成本低,可靠性高,维修简单,事故状态失效破坏范围小,但是刚性接触网磨损比较快,弓网磨耗严重将会大大减损接触网使用寿命,增加运营成本.以天津地铁 6 号线为例,提出用架空的钢铝复合轨代替刚性接触网的方式来改善接触网磨耗情况,促进弓网良好匹配,提高设备质量,保证设备安全.
Abstract
At present,urban rail transit mostly uses rigid overhead catenary power supply mode to provide electric power for electric passenger vehicle.The rigid catenary has the characteristics of low operating cost,high reliability and simple maintenance,and small failure and damage range in accident state.However,the rigid catenary wears out quickly,and the serious wear of the pantograph pantograph-catenary attrition will greatly reduce the service life of the catenary,and increase the operating cost.Taking Tianjin Metro Line 6 as an example,this paper proposes the method of replacing rigid catenary with overhead steel and aluminum composite rail,in order to improve the wear condition of catenary,promotes the good matching of pantograph,and improves the quality of equipment to ensure the safety of equipment.
关键词
城市轨道交通/接触网/弓网磨耗/钢铝复合轨/弓网匹配Key words
urban rail transit/catenary/pantograph-catenary attrition/steel and aluminum composite rail/good matching of pantograph引用本文复制引用
出版年
2024
国家科技期刊平台
NSTL
万方数据