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Electric vehicle charging to support renewable energy integration in a capacity constrained electricity grid

机译:电动汽车充电以支持容量受限电网中的可再生能源整合

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摘要

Digby, Nova Scotia, is a largely rural area with a wealth of renewable energy resources, principally wind and tidal. Digby's electrical load is serviced by an aging 69 kV transmission line that often operates at the export capacity limit because of a local wind energy converter (WEC) field. This study examines the potential of smart charging of electric vehicles (EVs) to achieve two objectives: (1) add load so as to increase export capacity; (2) charge EVs using renewable energy.
机译:新斯科舍省迪格比是一个农村地区,拥有大量可再生能源,主要是风能和潮汐能。由于当地的风能转换器(WEC)领域,Digby的电力负载由一条老化的69 kV输电线路提供服务,该输电线经常在出口容量限制下运行。这项研究探讨了电动汽车(EV)的智能充电实现两个目标的潜力:(1)增加负荷以增加出口能力; (2)使用可再生能源为电动汽车充电。

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