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Electric vehicle charging station with multilevel charging infrastructure and hybrid solar-battery-diesel generation incorporating comfort of drivers

机译:具有多级充电基础设施和混合太阳能电池-柴油发电功能的电动汽车充电站,为驾驶员带来舒适感

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摘要

Electric vehicle charging station is connected to the distribution network and it is equipped with battery energy storage system, diesel generator, and solar panels. The three-level charging facility including fast, medium, and slow speed chargers is incorporated and optimally designed. The proposed model optimizes the rated power of charging facilities, power and capacity of battery energy storage system, hourly operation of diesel generator, and hourly operation of battery energy storage system. The capacity of charging station (i.e., number of parking slots) and level of network reinforcement are modeled and optimized. The uncertainties of the parameters are also involved. The results demonstrate that the proposed model successfully utilizes all available options to design electric vehicle charging station.
机译:电动汽车充电站连接到配电网络,并配备了电池储能系统,柴油发电机和太阳能电池板。包括快速,中速和慢速充电器的三级充电设施已合并并经过了优化设计。该模型优化了充电设施的额定功率,电池储能系统的功率和容量,柴油发电机的每小时运行时间以及电池储能系统的每小时运行时间。对充电站的容量(即停车位数量)和网络加强水平进行建模和优化。参数的不确定性也包括在内。结果表明,提出的模型成功地利用了所有可用的选项来设计电动汽车充电站。

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