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Electric vehicle battery charger for smart grids

机译:用于智能电网的电动汽车电池充电器

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This paper presents a smart grid compatible electric vehicle on-board battery charger. Based on a novel control strategy, the charging equipment can operate bi-directionally, demanding or injecting a balanced and sinusoidal with no harmonics current into the grid, regardless of the grid voltage quality, minimizing the losses in the power flow. The control strategy of the charger tries to fulfill the recent IEEE Standard 1459-2010, with the objective of maximizing the use/injection of AC power from/into the grid, and reducing the load harmonic factor and load unbalanced factor. Simulation and experimental results are included to test the charger under different source voltage conditions.
机译:本文提出了一种与智能电网兼容的电动汽车车载电池充电器。基于一种新颖的控制策略,无论电网电压质量如何,充电设备都可以双向运行,要求或向电网中注入平衡的正弦波,而没有谐波电流,而不受电网电压质量的影响,从而将功率损耗降至最低。充电器的控制策略试图满足最新的IEEE标准1459-2010,其目的是最大程度地使用/向电网注入交流电,并减少负载谐波因数和负载不平衡因数。包括仿真和实验结果,可以在不同的电源电压条件下测试充电器。

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