日本直线地铁节能运行的技术努力

T. Koseki, Shota Miyoshi, T. Mizuma, Shoichiro Watanabe, E. Isobe, Jun Kawashita
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引用次数: 0

摘要

本文报告了2016 - 2018年日本某直线地铁节能自动运行(ATO)的最新技术挑战。基于日本地铁协会(Japan Subway Association, JSA) 2013 - 2016年生态轨道项目中确定的基本节能策略,即可能的长滑行和限电再生制动方案,通过增强动力加速度,提出了长滑行的节能运行剖面设计,并通过数值计算和大阪市一条商业直线地铁的轨道车辆试验,对其节能性能进行了评价。尽管线性感应电动机的动力能量损失更严重,但由于功率加速度增强的较大转差频率,总牵引力能量减少了6%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technical Efforts for Energy-Saving Operation of Linear Metros in Japan
This paper reply reports the newest technical challenge of energy-saving automatic train operation (ATO) in a Japanese linear metro from 2016 through 2018. Based on the fundamental energy-saving strategy established in the eco-rail project by Japan Subway Association (JSA) from 2013 through 2016 in which possibly long coasting and power-limiting regenerative braking scheme, the authors proposed design of the energy-saving running profile with longer coasting by enhancing powering acceleration and evaluated the energy-saving performance through numerical calculations as well as on-track vehicle tests on a commercial linear metro line in Osaka-City. The reduction of the total traction-energy of six percent in total was confirmed in spite of the worse powering energy loss of linear induction motors according to larger slip frequency for the powering acceleration enhancement.
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