Teuri-Yagishiri岛微电网电能质量分析

Shoki Fujimoto, S. Obara
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摘要

在北海道Haboro的Teuri岛和Yagishiri岛,从燃料运输和当地环境保护的角度来看,当地生产能源消费已经成为一项挑战。因此,启动了“生态岛概念示范项目”,并正在考虑引入可再生能源。本研究的目的是在Teuri岛和Yagishiri岛开发一个最佳的清洁能源系统。本文对由这两个岛组成的微电网的装机容量优化和频率变化抑制进行了研究。对基础设施容量进行优化时,考虑系统经济目标函数,寻找环境影响最小、最具经济优势的系统。由于可再生能源的引入会增加系统的频率和电压波动,因此我们分析了Teuri-Yagishiri微电网的频率变化和电压变化。然后,我们考虑引入有限数量的可再生能源。
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Electricity Quality Analysis of Teuri-Yagishiri Island Microgrid
On Teuri Island and Yagishiri Island, in Haboro, Hokkaido, local production for energy consumption has become a challenge from the points of view of fuel transportation and conservation of local environment. Due to this, the "Eco Island Concept Demonstration Project" was launched and the introduction of renewable energy is being considered. This study aims at developing an optimal clean energy system on Teuri Island and Yagishiri Island. In this paper, the study of the optimization of the installed capacity and the suppression of frequency variation in the microgrid comprising these two islands was performed. For the optimization of the infrastructure capacity, the objective function of the economics of the system was considered, and the most economically advantageous system with the less environmental impact was found. Because frequency and voltage fluctuations in the system can increase by the introduction of renewable energy, we analyzed the frequency variation and the voltage variation of the Teuri-Yagishiri Microgrid. Then, we considered the introduction of a limited amount of renewable energy.
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