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EVs recharging management to maintain high PQ levels in LV islanded networks

机译:电动汽车充电管理可在LV孤岛网络中维持较高的PQ水平

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摘要

The paper proposes a methodological approach to manage the electric vehicles recharging in an isolated power system characterized by low short circuit power. Focusing on harmonic disturbances, current harmonics injected in the network depend on the specific EV power converter. The model carried out allows for the evaluation of harmonic disturbances under variable conditions for non-linear loads and their harmonic spectra. The methodology allows estimating both current and voltage total harmonic distortion (THDV, THDI) at the point of common coupling (PCC). An algorithm able to manage and control the EV charging in a parking area has been developed in order to keep the THDV under a threshold limit.
机译:本文提出了一种方法方法来管理短路功率较低的隔离电力系统中的电动汽车充电。着眼于谐波干扰,注入网络的电流谐波取决于特定的EV电源转换器。所执行的模型可以评估非线性负载及其谐波频谱在可变条件下的谐波干扰。该方法可以估算公共耦合点(PCC)上的电流和电压总谐波失真(THDV,THDI)。为了将THDV保持在阈值极限以下,已经开发了能够管理和控制停车场中的EV充电的算法。

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