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A comprehensive analysis of Vehicle to Grid (V2G) systems and scholarly literature on the application of such systems

机译:综合分析媒体(V2G)系统和学术文献在这种系统中的应用

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摘要

Without any doubt, the environmental issues are the top worries between all the nations in the current century. According to the recent studies, the researchers have shown that the transportation fleet is one of the biggest sources of emission. The penetrating the renewable energy sources (RESs) and electric vehicles (EVs) are the green solutions to decrease the current environmental issues. Due to intermittent nature of RESs and high investment costs of developing EVs' infrastructure, tendency for using them is under the predicted estimations. In this paper, by analyzing a precise and comprehensive literature review, we consider all aspects of implementing the EVs especially their supporting roles for the grid in vehicle to grid system (V2G). Moreover, we study the integration of the electrified fleet with RESs in smart grid and evaluate their possible impacts on the power network. In addition, we count the advantages and disadvantages of implementing the V2G system on the power network. The main purpose of this paper is analyzing the influences of the V2G system on the power grid in four main subjects and classifying them based on their proposed methodology for the future studies. However there are some review papers related to this topic, this field of study suffers a lack of clear direction for future studies and researchers and also a comprehensive analysis about the V2G-related articles is still missing. Finally, an analysis and survey of the last two decades of scholarly literature and projects in this field of study from 2004 to March 2019 is presented. The results show that a limited number of articles have conducted to investigate the social aspects of implementation of V2G system. In addition, however, there are many researches about integration of the V2G system with RESs and smart grid; a few of them use the real data for estimating the availability of RESs in each hour of day.
机译:毫无疑问,环境问题是本世纪所有国家之间的最高担忧。根据最近的研究,研究人员表明,运输舰队是最大的排放来源之一。可再生能源(RESS)和电动车辆(EVS)是降低当前环境问题的绿色解决方案。由于ress的间歇性和开发EVS基础设施的高投资成本,使用它们的趋势是在预测的估计下。本文通过分析了精确和全面的文献综述,我们考虑了实现EVS的各个方面,尤其是它们对网格中网格的支持作用(V2G)。此外,我们研究了电网与智能电网中的ress的集成,并评估了它们对电力网络的影响。此外,我们计算在电网上实现V2G系统的优缺点。本文的主要目的是在四个主要科目中分析V2G系统对电网的影响,并根据其提出的未来研究方法对其进行分类。然而,有一些审查文件与本主题相关,这项研究领域遭受了未来的研究和研究人员缺乏明确的方向,而且还缺少了关于V2G相关文章的全面分析。最后,提出了对2004年至2019年3月至2019年3月的这一学习领域的过去二十年的分析和调查。结果表明,已经进行了有限数量的物品,以调查V2G系统实施的社会方面。然而,另外,关于V2G系统与RESS和智能电网的集成有很多研究;其中一些使用真实数据来估算每一小时内ress的可用性。

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  • 来源
    《Renewable energy focus》 |2021年第3期|1-20|共20页
  • 作者单位

    Industrial and Systems Engineering Graduate School of Natural and Applied Sciences Istanbul Sehir University Istanbul Turkey;

    Industrial Engineering Faculty of Engineering Marmara University Istanbul Turkey;

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  • 正文语种 eng
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