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AC and DC Solutions for Electric Vehicle Microgrid: Sizing and Reliability Analysis

机译:电动汽车微电网的交流和直流解决方案:尺寸和可靠性分析

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摘要

Electric vehicles can be better integrated in power system through smart charging processes and interaction with local production sources. To this purpose, modular multi-source infrastructures should be developed, exploiting fast charge and vehicle-to-grid technology. In this paper, proper configurations for electric vehicle supply infrastructure, based on AC or DC microgrid, are analyzed by means of optimal sizing procedure and system reliability assessment according to Markov process, block diagrams and supply priority methods.
机译:通过智能充电过程以及与本地生产源的交互,可以将电动汽车更好地集成到电力系统中。为此,应该开发模块化的多源基础设施,利用快速充电和车辆到电网技术。本文通过基于马尔可夫过程,框图和供应优先方法的最佳选型程序和系统可靠性评估,分析了基于交流或直流微电网的电动汽车供应基础设施的正确配置。

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