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This paper aims to assess the functions of bidirectional chargers in Electric Vehicles (EVs) when connected to Smart Grids. A charger composed of a Three-Phase Voltage Source Converter connected to a bidirectional converter is modeled and controlled in order to show the benefits of EVs towards the battery, the grid and the different renewable energy sources. Different scenarios are studied and simulated...
This paper discusses the design and control of a bidirectional battery charger for Electric Vehicles, and its operation as an active power filter when connected to the local home electrical grid. The charger is also designed and controlled in order to operate during the charging of the battery from the grid and the injection of the power back to the grid when needed. The whole system is simulated...
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