The Effect of Battery Recharge Spat for Electric Vehicle Car on the Grid

机译：电池充电垫在电网上电动汽车汽车的影响

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Adaptive strategy of directed dynamical networks with switching topologies is proposed to eleminate the harmonic superposition, which is brought by the use of the electric vehicle chargeing spats. It is found that if there exists a directed spanning tree in the fixed time-average of network topology and the time-average is achieved sufficiently fast, then harmonic superposition of the network will be suppressed effectienly. A sufficient condition is derived. Several numerical simulations show the effectiveness of the adaptive strategy.

机译：提出了具有切换拓扑的定向动态网络的自适应策略，以欣赏谐波叠加，这是通过使用电动车辆收缩障碍的谐波叠加。结果发现，如果在网络拓扑的固定时间平均值中存在定向的生成树，并且时间平均值足够快地实现，则网络的谐波叠加将被效果抑制。衍生足够的条件。几个数值模拟显示了自适应策略的有效性。

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《International Conference on Renewable Energy and Environmental Technology》|2014年||共4页
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Xin Biao Lu; Yue Yuan;
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中图分类 TK01-532;
关键词
Electric vehicle chargeing spat; Harmonic superposition; Harmonic elimination;

机译：电动车辆收缩吐温;谐波叠加;谐波消除;

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The Effect of Battery Recharge Spat for Electric Vehicle Car on the Grid

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