In this paper, From starting with needs of railway traction power supply system, it analyzed and designed system architecture.
本文从铁路牵引供电远动系统的需求入手，对系统的体系结构进行分析和设计。
Therefore, the system will be an advantageous computer-aided design tool for railway operation and designing the traction power supply system.
因此，该系统将成为铁路运营及牵引供电系统设计有利的计算机辅助设计工具。
The engineering design of the SCADA system for traction power supply of electrified railway is briefly analyzed.
简要分析电气化铁道牵引供电远动系统的工程设计。
With reference of the designing plan for power supply system in Zhun-Dong railway line, illustrates the rationality for adopting AT power supply mode and V/X wiring traction transformer.
本文结合准东线电气化工程供电的设计方案，说明选择AT供电方式和V/X接线牵引变压器的合理性。
The all-parallel AT traction system is the most suitable system to supply the power of high-speed railway because of its characters of higher transport power, lower voltage drop.
由于全并联at供电方式输送功率大、接触网电压损失低，因而特别适用于高速铁路电力牵引供电。
SCADA technology system for railway traction power supply is based on integration of many existing SCADA systems in Shenyang Railway Bureau and achieves unified command.
铁路牵引供电远动系统项目就是基于整合沈阳铁路局管内现有的多个远动系统，实现统一的调度指挥而新开发的系统。
The section post of electrified railway is the important establishment of the traction power supply system.
电气化铁道分区所是牵引供电系统中重要的供电设施。
Traction power supply system as a subsystem of the railway operating system should be a highly reliable system.
牵引供电系统作为铁路运行系统的一个子系统，必须是一个高可靠的系统。
All above make a solid foundation for the power flow of the traction power supply system of high-speed railway.
为高速牵引供电系统的潮流计算打下了坚实的基础。
All above make a solid foundation for the power flow of the traction power supply system of high-speed railway.
为高速牵引供电系统的潮流计算打下了坚实的基础。
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