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PV Energy Yield Measurements of Electric Vehicle and Electric Vehicle Charging Station

机译:电动汽车和电动汽车充电站的光伏发电量测量

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The current low PV price is a game changer. As opposed to the 1980s, electric vehicles today have the potential to act as important new electricity consumers. With the now very low prices for photovoltaic (PV) installations and solar cells, new PV and EV combinations are emerging. The DC/AC production with PV and the AC/DC-charging of EV battery with solar carports can be viewed as an established technique and an amazing economic advantage. Yet, with the low price even for highly efficient solar cells (>20% efficiency), the EV surface itself today becomes an interesting infrastructure for energy production with solar cells. The research activities of the Laboratory for Photovoltaic Systems (PV LAB) at Bern University of Applied Sciences (BFH) in Burgdorf-Switzerland presented here seeks to quantify both infrastructure approaches (electric vehicle charging station, solar cells on e-vehicle). The project is part of the IEA Technical Collaboration Program (TCP) "Photovoltaic Power Systems PVPS" Task 17 "PV and Transportation".
机译:目前较低的光伏价格改变了游戏规则。与20世纪80年代不同,今天的电动汽车有可能成为重要的新电力消费者。随着现在光伏(PV)装置和太阳能电池的价格非常低,新的光伏和电动汽车组合正在出现。利用光伏进行DC/AC生产以及利用太阳能车库对电动汽车电池进行AC/DC充电可以被视为一项成熟的技术和惊人的经济优势。然而,即使是高效太阳能电池(>20%的效率)的价格也很低,电动汽车表面本身就成为了一个有趣的太阳能电池能源生产基础设施。这里介绍了瑞士伯尔多夫应用科学(BFH)的光伏系统实验室(PV实验室)的研究活动,旨在量化两种基础设施方法(电动车辆充电站、电动汽车上的太阳能电池)。该项目是IEA技术合作项目(TCP)“光伏发电系统PVPS”任务17“光伏与交通”的一部分。

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