Assessing the Potential of Green Hydrogen in Decarbonizing Off-Grid Amazonian Communities

Aline Kirsten Vidal de Oliveira, Kevin Luiz Rocha de Azevedo, Daniel Odilio Dos Santos, M. Aghaei, R. Rüther, Riley Orabona, H. Naspolini
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Abstract

The decarbonization of the isolated microgrid systems existent in the Brazilian Amazon Region, primarily powered by diesel generators, is a relevant and urgent issue. This study analyzes the potential of green hydrogen (H2) to replace fossil fuels in such communities, focusing on the community of Izidolândia-RO. The work compares H2 to alternative energy systems and investigates key economic and environmental aspects of the application, using a technoeconomic model using HOMER Pro software. The results showed that, given current market conditions, a green H2 system is not yet economically competitive with alternative technologies. Still, to investigate the impact of different factors on the proposed system, several sensitivity analyses were carried out, showing that as this technology improves and the market develops, a decrease of 90% from current costs can make the technology economically competitive in the future.
评估绿色氢在亚马逊离网社区脱碳中的潜力
巴西亚马逊地区主要由柴油发电机供电的孤立微电网系统的脱碳是一个相关而紧迫的问题。本研究分析了绿色氢(H2)在这些社区中替代化石燃料的潜力,重点是izidol nindia - ro社区。这项工作将氢气与替代能源系统进行了比较,并使用荷马Pro软件的技术经济模型研究了应用的关键经济和环境方面。结果表明,在目前的市场条件下,绿色H2系统在经济上还没有替代技术的竞争力。尽管如此,为了研究不同因素对拟议系统的影响,进行了一些敏感性分析,表明随着该技术的改进和市场的发展,在当前成本的基础上降低90%可以使该技术在未来具有经济竞争力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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