User-Centered Development and Evaluation of a Physical Ultrafast Charging Interface

Fabian Schmiel, Simon Buck, Lampros Tsolakidis, Alexander Müller
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Abstract

As part of the publicly funded CoolEV research project, the Faculty of Mobility and Technology (MT) at Esslingen University of Applied Sciences is developing, among other things, a new type of charging interface that will enable fast charging and simultaneous cooling of electric vehicles. The aim of such a charging interface is to enable vehicle users to achieve charging times that are comparable to the time of a conventional refueling process, especially on long-distance journeys. This paper aims to answer the question of whether such an interface is usable for all vehicle customers from an ergonomic point of view and also increases the user's utility value.
以用户为中心的物理超快充电接口开发与评估
作为公共资助的CoolEV研究项目的一部分,埃斯林根应用科学大学的移动与技术学院(MT)正在开发一种新型充电接口,该接口可以实现电动汽车的快速充电和同时冷却。这种充电接口的目的是使车辆用户能够实现与传统加油过程相当的充电时间,特别是在长途旅行中。本文旨在从人体工程学的角度回答这样的界面是否适用于所有汽车用户,并增加用户的实用价值。
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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