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Characterization of interaction between electric vehicles and smart grid

机译:电动汽车与智能电网相互作用的特征

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With the development of smart distribution technology in the future, electric vehicle users can not only charge reasonably based on peak-valley price, they can also discharge electricity into the power grid to realize their economic benefit when it’s necessary and thus promote peak load shifting. According to the characteristic that future electric vehicles can discharge, this paper studies the interactive characteristics between electric vehicles and smart grid. In this paper, the example shows that the charging and discharging behaviour of EV users will bring significant fluctuation effect to the power grid load, and the reasonable TOU strategy can stimulate EV users to conduct reasonable charging and discharging, so as to smooth the peak and valley difference of some power grid.
机译:随着智能配电技术的发展未来,电动汽车用户不仅可以根据峰谷价格收取合理的费用,它们也可以将电力放电到电网中,以实现其在必要时的经济效益,从而促进峰值负荷转移。 根据未来电动汽车可以放电的特点,本文研究了电动车辆和智能电网之间的交互式特性。 在本文中,该示例表明,EV用户的充电和放电行为将为电网负载带来显着的波动效果,合理的TOU策略可以刺激推动eV用户进行合理的充电和放电,以平滑峰值和峰值 一些电网的谷差异。

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