Capacity optimization of a community microgrid for rural electrification

Alexander A. Anderson, S. Suryanarayanan, R. Podmore
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引用次数: 5

Abstract

An algorithm is developed for optimization of photovoltaic and energy storage capacity of small community microgrids for rural electrification without diesel or other thermal backup. The developed algorithm is applied to a case study of the Madan Community in Jiwaka Province, Papua New Guinea. A series of community microgrids are being installed to provide electricity, high speed intranet, and digital education in community centers, schools, and homes. The optimization results will be used to create a set of standardized designs based on the IEEE Smart Village microgrid topology for electrification of communities throughout Jiwaka Province.
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面向农村电气化的社区微电网容量优化
提出了一种无柴油或其他热备份的农村电气化小社区微电网光伏和储能容量优化算法。开发的算法应用于巴布亚新几内亚吉瓦卡省Madan社区的案例研究。正在安装一系列社区微电网,为社区中心、学校和家庭提供电力、高速内部网和数字教育。优化结果将用于创建一套基于IEEE智能村微电网拓扑的标准化设计,用于整个吉瓦卡省的社区电气化。
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