10kW rapid-charger for electric vehicle considering vehicle to grid(V2G)

Ga-Gang Choi, Doo-yong Jung, Sung-chon Choi, C. Won, Yong-Chae Jung, Jang-Hyoun Youm
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引用次数: 12

Abstract

Because of the quantity of demand power depends on the power consumption of power demands on the loads, the utility grid has to secure a supply of electric energy which is larger than the required power consumption under peak load-condition. It means that the waste of electric power could be heavy at the other time than peak-load period. To avoid the waste of power, a 10kW rapid-charger system which has a function of load compensation at the peak-load condition is proposed in this paper. At the peak-load condition, the rapid charger transfer charged energy in the battery of electric vehicle to the grid. The 10kW rapid-charger for electric vehicle is comprised of the three-phase AC-DC PWM converter and isolated bidirectional DC-DC converter. Proposed V2G operation is verified through simulation experiment performed by 10kW rapid-charger.
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考虑车辆到电网的10kW电动汽车快速充电器(V2G)
由于电力需求对负荷的耗电量取决于电力需求对负荷的耗电量,因此电网必须保证峰值负荷条件下大于所需耗电量的电力供应。这意味着,在非高峰负荷时段,电力的浪费可能更大。为了避免电力的浪费,本文提出了一种具有峰值负荷补偿功能的10kW快速充电系统。在峰值负荷工况下,快速充电器将电动汽车电池中的充电能量输送到电网中。10kW电动汽车快速充电器由三相交直流PWM变换器和隔离式双向DC-DC变换器组成。通过10kW快速充电器的仿真实验验证了所提出的V2G运行方案。
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