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Investigating the Evolution of E-Mobility in its Urban Context A longitudinal study in Newcastle-Gateshead Area

机译:调查其城市环境中的电子流动性的演变是纽卡斯尔盖特地区纵向研究

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Designing an integrated charging network to support alternative means of transport is an intrinsic matter; it contributes to users' satisfaction and market penetration. It has given attention over the last three years; a few studies were undertaken addressing the location of the charging station problem. On the other hand, automotive manufacturers are working on extending the range to 250 miles or more in the Electric Vehicle (EV) hence reduce the urgent need of public recharging facilities. Another initiative is taken by the UK government to fund domestic charger installation to promote the market. Planners and policy makers have to economically design integrated RFs that can support the demand and secure the way for potential users to join the market. Analysing the behavioural element and the business aspect of the current EV system, will assist in designing future EV users. This article examines and evaluates Newcastle Upon Tyne EV system among three years of operation. The comparison portrays the change and the evolving use of the system by inhabitants and visitors driving EVs. Time series model is developed to map the three years of operation. Forecast model is designed to predict the charging patterns of the real users in the capital of the North East of England, Newcastle. The outcome of this study should assist planning authorities and policy makers in assessing current EV systems and provide design guidelines for future planning.
机译:设计集成的充电网络以支持替代运输工具是一种内在物质;它有助于用户的满意和市场渗透。它在过去三年中引起了注意;采取了一些研究,解决了收费站问题的位置。另一方面,汽车制造商正在延伸到电动车辆(EV)的250英里或以上的范围,因此降低了公共充电设施的迫切需要。英国政府采取另一项举措,以资助国内充电器安装以推广市场。规划者和决策者必须经济地设计集成的RFS,可以支持需求,并为潜在用户加入市场的方式。分析当前EV系统的行为元素和业务方面,将有助于设计未来的EV用户。本文在三年的运营中审查和评估了泰恩郡EV系统的纽卡斯尔。比较描绘了通过居民和游客驾驶EVS的改变和发展的不断发展。时间序列模型开发用于映射三年的运行。预测模型旨在预测英格兰东北部的真实用户的充电模式,纽卡斯尔。本研究的结果应协助规划当局和政策制定者评估当前的EV系统,并为未来规划提供设计指南。

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