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The System of Fast Charging Station for Electric Vehicles with Minimal Impact on the Electrical Grid

机译:对电网影响最小的电动汽车快速充电站系统

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The searching and utilization of new energy sources and technologies is a current trend. The effort to increase the share of electricity production from renewable energy sources is characteristic for economically developed countries. The use of accumulation of electrical energy with a large number of decentralized storage units is most preferred, as well as the focus on the production of energy at the point of its consumption. Modern cogeneration units are a good example. This paper describes the accumulation of electrical energy for equalizing the power balance of electric charging stations with high instantaneous power. The possibility of re-utilization of electrical energy from the charged vehicle in the case of lack of electricity in the power grid is solved at the same time. This paper also deals with the selection of appropriate concept of accumulation system and its cooperation with both renewable and distribution networks. Details of the main power components including the results obtained from the system implementation are also described in this paper.
机译:新能源和新技术的探索和利用是当前的趋势。努力增加可再生能源发电量的份额是经济发达国家的特征。最优选的是使用带有大量分散存储单元的电能积累,以及在电能消耗时着重于电能的生产。现代热电联产机组就是一个很好的例子。本文描述了电能的积累,以均衡具有高瞬时功率的充电站的功率平衡。同时解决了在电网中电力不足的情况下从充电车辆再利用电能的可能性。本文还讨论了合适的蓄能系统概念的选择及其与可再生能源和配电网络的合作。本文还描述了主要功率组件的详细信息,包括从系统实现中获得的结果。

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