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The Selection of Modern Tram’s Braking Mode

机译:现代有轨电车制动方式的选择

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The modern tram has mezzo transport volume and less pollution, which could solve traffic congestion problems, cooperated with the subway and other vehicles in the large and medium-sized city. The modern tram has become the first solution to solve the traffic congestion problem. This paper based on the analysis of relevant information and combined with the present application of tramcar at home and abroad. Through analysed the tramer’s braking mode and its characteristics, this paper introduced the viewpoint that use super capacitors can not only store electrical energy which regenerative braking could not fed back to the Overhead Contact System but also can provide the power of tramcar. According to the situation of modern tramcar’s practical application, this paper presented the basic design principles of modern tramcar’s braking mode and then designed the two braking models of modern tramcar. From analysis of the two different braking models the conclusion which electro pneumatic brake system will be firstly adopted in the modern tramer’s breaking mode is arrived.
机译:现代有轨电车运输量大,污染少,可以解决交通拥堵问题,并与大中城市的地铁等车辆配合使用。现代电车已成为解决交通拥堵问题的第一个解决方案。本文在对有关信息进行分析的基础上,结合国内外有轨电车的应用现状。通过分析有轨电车的制动方式及其特性,介绍了一种观点,即使用超级电容器不仅可以存储再生制动不能反馈给架空接触系统的电能,而且可以提供有轨电车的动力。根据现代有轨电车的实际应用情况,介绍了现代有轨电车制动方式的基本设计原理,然后设计了现代有轨电车的两种制动方式。通过对两种不同的制动模型的分析得出了在现代有轨电车的制动模式中将首先采用电动气动制动系统的结论。

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