在小岛屿发展中国家实现可再生能源扩散的智能电网实施

J. Kelly, G. Lacey, Anju Mekkayil, K. Jyothi, G. Pillai
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引用次数: 0

摘要

用可再生能源技术取代化石燃料能源系统对于实现低碳目标是必要的。在岛屿上用足够的可再生能源系统取代这种电力系统往往导致发电量超过需求。本文考虑了费尔岛的一个案例研究,直到2018年10月,多余的风力发电通过倾倒负荷被丢弃。本文研究了在垃圾场使用电动汽车的影响,以更好地利用多余的电力。利用HOMER对现有系统和拟建系统进行建模,得到供电值。采用IPSA对系统进行了潮流分析。结果表明,在风电渗透率最高、用电需求最低的23:00 ~ 07:00时段,可同时进行8辆电动汽车的计划充电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Grid Implementations for Achieving Increased Renewable Energy Proliferation in Small Island Developing States (SIDS)
The replacement of fossil fuel energy systems with renewable energy technologies is necessary to meet low carbon targets. Replacing such power systems with sufficient renewable energy systems in islands often results in generation exceeding demand. A case study of Fair Isle is considered in this paper where until October 2018 the excess wind power was discarded through dump loads. The paper investigates the impacts of using electric vehicles (EVs) in the place of the dump loads to make better use of the excess power. HOMER was used to model the existing and the proposed systems and obtain power supply values. Power flow analyses on the proposed system were conducted using IPSA. The results indicate that up to 8 EVs can be subjected to scheduled charging at a time, between 23:00 and 07:00 when there is the highest wind penetration and lowest consumer power demand.
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