高速列车牵引电传动系统集成与优化设计研究  

Research of System Integration and Optimum Design for Electric Driver System on High-speed Train

作　　者：黄先进[1] 张立伟[1] 

机构地区：[1]北京交通大学电气工程学院

出　　处：《变频器世界》2009年第10期37-42,共6页The World of Inverters

摘　　要：高速列车是高速铁路系统的核心技术装备和实现载体,是当代高新技术的集成,涵盖了信息通信、电力电子、材料化工、机械制造、自动控制等多门专业,是国家科技水平与制造产业能力的集中体现,可充分反映国家的综合国力和现代化程度。本文通过基于顶层目标确定的方法,对高速列车牵引电传动系统的集成与优化设计进行了研究,使系统内各项技术紧密围绕顶层目标。本文将高速列车系统科学的划分为多个子系统,并把牵引电传动系统的顶层目标细化在各子系统的优化设计方案上,更好地实现资源有效整合。High-speed train is the crucial technical and realization of high-speed railway system. It＇s the integration of modern high-tech, covering IT, power electronics material chemical industry, machinery, automatic control and other technology. It＇s a concentrated expression of National Science and Technology level and manufacture of industdal capacity, which can fully reflect the country＇s comprehensive national strength and the degree of modernization. This article researches on system integration and optimum design of electric drive system for high-speed train, using the method based on top-level targeting, so that each technology of the system is closely around the top-level goal. This article describes the scientific division of high-speed train system into multiple subsystems, and the top-level goal of the traction electric drive system is thinned in subsystems＇ optimal design. The division and thinness make the integration of resources more effective.

关 键 词：高速列车 牵引电传动 系统集成 优化设计 

分 类 号：TP273[自动化与计算机技术—检测技术与自动化装置]