摘要: 世界已进入建设高速电气化铁路的新时期。特别是欧洲已经突破了国界,向路网化、国际化发展。高速电气化铁路已经成为国家社会经济发展水平和铁路现代化的主要标志之一。高速铁路在世界上己经有了40多年的历史,但中国还处在起步阶段.安全是铁路运输永恒的主题,牵引供电系统的安全可靠运行是保证列车安全运行的前提,在保证向列车安全可靠供电的同时 ,牵引供电系统的保护和监控环节发挥了极其重要的作用。
本论文从高速铁路的外部供电电源,供电方式,牵引电气计算,牵引变电所,牵引供电系统的保护和控制以及综合监控系统等几个方面详细描述了高速铁路牵引供电系统的构成要素和运行原理。进而对高速铁路的牵引供电系统进行设计和分析,消除牵引变电所供电设备隐患,缩小故障影响范围、减少对运输干扰,恢复列车正常的运行秩序,为本次设计的目的。
关键词:牵引供电;高速铁路;供电方式;牵引变电所
High-speed railway traction power supply system design
Abstract:The world has entered a new period of the construction of high-speed electrified railway. Especially in Europe has broken through the borders, to the road network of international development. High-speed electrified railway has become one of the main symbol of national socio-economic level of development and modernization of railways. High-speed railway in the world has had 40 years of history, but China is still in its infancy. Safety rail transport is eternal theme, safe and reliable operation of traction power supply system is to ensure the safe operation of trains on the premise, guaranteed to train safety reliable power supply at the same time, the traction power supply system protection and monitoring aspects also play an extremely important role.
In this thesis, it described constituent elements of high-speed railway traction power supply system and runprinciple from the external power supply, power supply, electric traction, traction substation, traction power supply system protection and control, as well as comprehensive monitoring system and other aspects detailed .And then it designed and analyzed the high-speed railway traction power supply system, to eliminate traction substation power supply equipment hidden, narrow the scope of failure to reduce interference on the transport, restore normal train running order, the purpose of the design.
Keyword:Traction power supply, high-speed railway, power supply mode, traction substation
目录
1 绪论 1
1.1 论文的研究目的和意义 1
1.2 高速铁路牵引供电系统国内外的发展 1
1.2.1 国外研究发展水平 1
1.2.2 国内研究发展水平 2
1.3本论文的研究内容 3
2 高速铁路牵引供电系统分析 4
2.1牵引供电系统概述 4
2.2牵引供电系统的构成和供电回路 5
2.3高速铁路外部供电电源 7
2.3.1外部电源的供电方式和电压选择 7
2.3.2国外高速铁路外部供电电源的有关数据 7
2.4牵引网的供电方式 7
2.4.1按牵引网设备类型分类 7
2.4.2按分区所运行状态分类 10
2.5高速铁路牵引供电远动及综合监控系统 11
2.5.1远动系统的基本组成与远动信息内容 11
2.5.2牵引供电运动及综合监控系统功能 12
2.5.3变电所综合自动化系统及安全监控系统 14
3 高速铁路牵引供电模拟系统设计 16
3.1牵引变电所模拟系统 16
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