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Frequency Control Impact of Electric Vehicles on Grid-Connected Areas

机译:电动汽车对网格连接区域的频率控制影响

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This paper presents an emergency frequency control potential of Electric Vehicles (EV)s in a wide area network. Lyapunov energy function is used to maximize the rate of reduction of total kinetic energy in a two-area grid after a contingency event. The effectiveness of the proposed control strategy on damping the oscillations is studied, exploring the locations aspect of the model with the charging stations either in the center of grid-connected areas or in the corners.
机译:本文介绍了广域网中电动车辆(EV)的紧急频率控制电位。 Lyapunov能量函数用于在应急事件发生后最大化两区域网格中总动能的总动能的减少速率。研究了拟议控制策略对振荡的效果,探讨了模型的位置方面,在网格连接区域或角落中。

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