Analysis of city-Capabus transportation system failures and solutions with FLC

M. BhaskarNaik, Praveen Kumar, S. Majhi
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引用次数: 1

Abstract

The ever expanding cities and increasing pollution have emphasized the need for a better city transportation system which should abate the pollution in cities. Supercapacitor based electric buses area possible option but charging the supercapacitor directly from the grid may put extra burden on the grid. In this paper, a city capabus (electric bus which suits a supercapacitor) transportation system failure management has been presented. Capabuses acquire power from Capabus Stops (CBS), located along the ring road of Guwahati city, India. CBS consists of High Capacity Battery, which receives power from the grid in off-peak hours and discharges power to the grid in peak hours. A detailed analysis has been done on the possible failures that occur to the Transportation System and proper solutions have been incorporated for avoiding system collapse. Thus, making the complete system not only environment friendly but also grid-friendly.
基于FLC的城市综合交通系统故障分析及解决方案
不断扩大的城市和日益严重的污染强调了需要一个更好的城市交通系统来减轻城市污染。基于超级电容器的电动公交车是可行的选择,但直接从电网给超级电容器充电可能会给电网带来额外的负担。本文提出了一种适合超级电容的城市电动公交车运输系统故障管理方法。capabuse从Capabus站点(CBS)获取电力,该站点位于印度古瓦哈提市环路沿线。CBS由高容量电池(High Capacity Battery)组成,高容量电池在非用电高峰时段接收电网供电,在用电高峰时段向电网放电。对运输系统可能出现的故障进行了详细的分析,并采取了适当的解决办法,以避免系统崩溃。从而使整个系统不仅对环境友好,而且对电网友好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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