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AC Recharging Infrastructure for EVs and future smart grids amp;#x2014; A review

机译:交流和未来智能网格的交流充电基础设施—回顾

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AC Recharging Infrastructures for EVs will be a crucial feature in many smart grid scenarios. EV charging will need to be dynamic and correlated to renewable generation with the effect of reducing the overall net demand variability in order to allow for mass roll-out of EVs. This paper highlights how the functionalities of AC recharging systems may need to evolve to ensure that the optimal operation of the power system is achieved. In the light of future smart grid evolution scenarios, critical parameters of AC infrastructures and their possible evolution are discussed while other potentially useful functions are also put forward. It was found through the analysis of existing infrastructures and connection standards that there are some inherent capabilities that can be readily implemented and may enhance the performance of the AC grids and increase their EVs hosting capacities. Additionally, other capabilities will evolve in the near future serving for better integration of EVs along with renewables.
机译:EVS的AC充电基础设施将是许多智能电网情景中的一个至关重要的功能。 EV充电需要动态,与可再生生成相关,以减少整体净需求变化的影响,以便允许大量滚动EV。本文突出了交流充电系统的功能如何发展,以确保实现电力系统的最佳运行。根据未来的智能电网演进方案,讨论了AC基础设施的关键参数及其可能的演变,而其他潜在的有用功能也提出。通过分析现有基础设施和连接标准,可以容易地实现的现有基础设施和连接标准,可以提高交流电信网的性能并增加其EVS托管能力。此外,其他功能将在不久的将来演变,以便更好地集成EVS以及可再生能源。

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