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首页> 外文期刊>Transportation Research Procedia >Calculation of potential for setting up charging infrastructure for battery-powered electric vehicles – Focusing the calculation of potential according to the urban quarter level
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Calculation of potential for setting up charging infrastructure for battery-powered electric vehicles – Focusing the calculation of potential according to the urban quarter level

机译:计算为电池供电的电动汽车建立充电基础设施的潜力–重点根据城市地区的水平进行潜力计算

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摘要

One basic requirement for spreading electromobility is the users' access to charging infrastructure (CIS). Current electromobile road users usually have a private charging option (92%, cf. Trommer et al. 2015), so that only for a few trips a dependence on public CIS exists. However, with increasing diversity of future adopter groups during roll out to the mass market, the predominant role of private charging cannot be assumed for long, while public charging gain importance. Taking into account public spaces and different requirements, e.g. from urban and rural regions, the question arises which type of CIS can be effectively located in which urban quarter. Analyses at the urban quarter level with regard to proximity to other traffic demand targets (e.g. shopping centers or leisure facilities) or to arterial roads are two ways of broadening the analysis of individual districts.
机译:普及电动汽车的一项基本要求是用户可以使用充电基础设施(CIS)。当前的电动道路使用者通常具有私人充电选项(92%,参见Trommer等人,2015),因此仅几次旅行就依赖公共CIS。但是,随着未来采用者群体在向大众市场推广期间的多样性不断增加,私人计费的主要作用无法长期承担,而公共计费则变得越来越重要。考虑到公共空间和不同的要求,例如来自城市和农村地区的问题是,哪种类型的CIS可以有效地位于哪个城市地区。在城市区一级对与其他交通需求目标(例如购物中心或休闲设施)或主干道的接近程度进行分析是扩大单个地区分析的两种方法。

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