兆瓦级微电网利用可再生能源的岛屿应用

Priyanka Thareja, Mansi Agrawal, Rohan Ghai, R. Segal
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引用次数: 0

摘要

可再生能源技术在并网发电和离网发电方面的应用势头正劲。为农村电气化项目和岛屿扩展传统电网可能相当昂贵,这促使负荷中心评估微电网的应用。目前,几个规模较小(小于1兆瓦)的微型电网正在为偏远村庄供电,并根据可再生能源的可用性使用可再生技术的组合。大型微电网(超过1兆瓦)预计将在某些地方开发,特别是岛屿,因为为旅游开发的岛屿有巨大的电力需求。本文旨在提出一种利用可再生能源为岛屿网络开发大规模微电网的潜在方法。对各种可再生能源发电技术组合进行了评价,并对交流电网进行了技术经济分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MW Scale Microgrid Utilizing Renewable Energy Sources for an Island Application
Renewable energy technologies are gaining momentum for power generation in grid connected as well as off-grid applications. Extending a traditional grid for rural electrification programs and islands could be quite expensive and this is motivating load centers to evaluate microgrid applications. Several smaller size (less than 1 MW) capacity micro grids are currently powering remote villages and use a mix of renewable technologies depending on the availability of the renewable energy resources. Large size micro grids (more than 1 MW) are expected to be developed in certain locations, particularly the islands as the islands developed for tourism have a huge power requirement. This paper aims at presenting a potential approach for developing large scale microgrid utilizing renewable energy resources for an island network. Various combinations of renewable generation technologies have been assessed and techno-economic analysis for AC grid is presented.
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