Selected findings from a German lighthouse project on electric mobility: A summary of outcomes in the field of vehicle to grid communication, ICT- and business model solutions

2011 11th International Conference on ITS Telecommunications Pub Date : 2011-10-27 DOI:10.1109/ITST.2011.6060106

John Dornberg, T. Lutz

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引用次数: 2

Abstract

E-Mobility is gaining more and more attention and importance not only for researchers but for all community members. Therefore the German government presently supports several projects on E-Mobility with a total funding of about 500 million Euros. Preliminary results of one of these projects are presented in this paper. The main focus is a field test on vehicle to grid communications, ICT-Solutions and business models. To support a vehicle to grid communication a roaming concept was developed. An ICT-Solution called Energy Name Service (ENS), enabling the identification and providing the functionality to retrieve additional sources of information on vehicles to grid is specified below together with two new E-Mobility-specific ID types. Preliminary results of an E-Mobility car-pooling field test using an ICT-System with an intelligent control prediction algorithm show important factors for future E-Mobility business models. They are currently under development in order to help accelerating market launch.

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德国电动交通灯塔项目的部分研究成果:车辆到电网通信、信息通信技术和商业模式解决方案领域的成果总结

电动交通不仅受到研究人员的关注，而且受到所有社区成员的重视。因此，德国政府目前支持了几个电动汽车项目，总资金约为5亿欧元。本文介绍了其中一个项目的初步结果。主要重点是车辆到电网通信、信息通信技术解决方案和商业模式的现场测试。为了支持车辆与电网的通信，开发了漫游概念。一种名为“能源名称服务”(ENS)的信息通信技术解决方案，能够识别并网车辆，并提供检索其他信息来源的功能，以及两种新的电动交通专用ID类型。使用具有智能控制预测算法的ict系统进行的E-Mobility拼车现场测试的初步结果显示了未来E-Mobility商业模式的重要因素。它们目前正在开发中，以帮助加速市场投放。

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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2011 11th International Conference on ITS Telecommunications

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