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Distributed self organising Electric Vehicle charge controller system: Peak power demand and grid load reduction with adaptive EV charging stations

机译:分布式自组织电动汽车充电控制器系统:峰值功率需求和自适应EV充电站可降低电网负荷

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摘要

Previous Simulations showed that non-controlled Electric Vehicle (EV) charging can cause critical grid situations such as voltage sag and line overloads. Today's EV charging stations mostly support uncontrolled charging; hereby the charging process is not adapted to the grid situation which could avoid grid stress or outages. As the increasing rollout of EVs is expected in the near future, grid capacity surveillance and control systems are required. Following the function of a distributed charging system is described which is able to cope with the named grid challenges.
机译:先前的模拟表明,不受控制的电动汽车(EV)充电会导致严重的电网状况,例如电压骤降和线路过载。如今的EV充电站大多支持不受控制的充电。因此,充电过程不适合电网情况,可以避免电网压力或停电。由于预计在不久的将来将会增加电动汽车的使用,因此需要电网容量监视和控制系统。描述了分布式计费系统的功能,该系统能够应对命名的电网挑战。

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