Selection of Charging Technology for Electric Bus Fleets in Intra-city Public Transport in India

C. Sasidharan, Anirudh Ray, Shyamasis Das
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引用次数: 2

Abstract

Successful roll-out of an electric bus fleet for public transport in a city hinges on careful planning of charging infrastructure. The paper deals with selection of appropriate charging technology (EVSE) for electric bus fleets for intra-city public transport in Indian cities. The paper presents a review of the key features of the bus transport network in Tier-I and Tier-II cities in India and attempts to develop a model set of e-bus specifications for intra-city operations. It is followed by an examination of the charging technologies currently available in the market. The charging technologies are studied in detail to determine the best charging options for electric buses. The study highlights the importance of maintaining the service level after electrification by selecting electric bus of suitable capacity. The study finds that an intra city public bus fleet can be charged at depots during fleet operating hours and overnight. The study reveals that en-route charging of buses is not necessary in the case of intra-city bus operation in view of the average route-length. The investigation infers that out of the charging options, charging by DC plug-in, DC pantograph or AC plug-in is suitable to charge an e-bus fleet at a depot post completion of trips.
印度城市内公共交通电动公交车队充电技术选择
在城市公共交通中成功推出电动公交车队取决于对充电基础设施的仔细规划。本文研究了印度城市内公共交通电动公交车队适当充电技术的选择。本文回顾了印度一线和二线城市公交运输网络的主要特征,并试图为城市内运营开发一套电动公交规范模型。接下来是对目前市场上可用的充电技术的检查。对充电技术进行了详细的研究,以确定电动公交车的最佳充电方案。通过选择合适容量的电动客车,强调了电气化后保持服务水平的重要性。研究发现,市内公交车队可以在车队运营时间和夜间在车站充电。研究表明,考虑到平均路线长度,在城际公交运营的情况下,无需对公交车进行沿途收费。调查发现,在充电方式中,直流插电、直流受电弓和交流插电方式最适合电动公交车队在车场完成行程后充电。
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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