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Heuristic strategy for smart charging of Plug-In Electric Vehicle in residential areas: Variable charge power

机译:住宅区插电式电动车智能充电启发式策略:可变充电功率

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The Plug-In Electric Vehicles (PEV) are considered to be a mid-term solution to reducing the transportation sector's dependency on oil. Nevertheless, PEVs implemented in a large scale without control can lead to destabilizing the grid due to the significant increase of the peak load. In the present paper, an offline heuristic algorithm is developed for smart charging the Plug-In Electric Vehicles, minimizing the charging cost. An analysis based on different load powers existing in France and considering two types of energy prices (energy price in France and energy price in the US) shows that the charging cost can be minimized up to 48.7% for the price distribution in the US and up to 33.2% for France.
机译:插电式电动汽车(PEV)被认为是减少运输部门对石油依赖的中期解决方案。然而,由于峰值负载的显着增加,在没有控制的情况下大规模实施的PEV可能导致电网不稳定。本文提出了一种离线启发式算法,用于对插电式电动汽车进行智能充电,从而将充电成本降至最低。根据法国现有的不同负载功率并考虑两种能源价格(法国的能源价格和美国的能源价格)进行的分析表明,对于美国及以后的价格分布,充电成本可以最小化至48.7%法国为33.2%。

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