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Evaluating Autonomous Systems with Hybrid Generation Facilities in support of Fishing Villages

机译:评估具有混合发电设施的自治系统,以支持渔村

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The availability of affordable and reliable energy is one of the most crucial requirements for economic development and modernization of developing countries. This is particularly important in Africa. With a population of 13.4% of the world and a land area of 15%, Africa has only 2% of the world''s industrial capacity. Its per capita income is only 15% of the world average and only consumes 3% of world energy. Today, less than 15% of Africa''s population has access to electricity and where much of the available supply is unreliable. In addition to regional cooperation and integration through energy pooling and cross-border energy trading, a balanced Distributed Generation strategy through modified microgrids has been proposed in the previous discussion [1]. This paper serves as continuation of a distributed micro grid application specific to small towns and villages fishing processing potential. This development will serve as primary building blocks for future system expansion. Issues regarding the potential resources for hybrid distributed generation and reliability of power supply are addressed.
机译:提供负担得起的可靠能源是发展中国家经济发展和现代化的最关键要求之一。这在非洲尤为重要。非洲人口占世界的13.4%,土地面积占15%,非洲仅占世界工业能力的2%。它的人均收入仅为世界平均水平的15%,仅消耗世界能源的3%。如今,非洲不到15%的人口可以使用电力,而且那里的许多可用电力供应都不可靠。除了通过能源汇集和跨境能源交易进行区域合作和整合外,在先前的讨论中还提出了通过改进的微电网实现平衡的分布式发电策略[1]。本文是针对小城镇和乡村捕捞加工潜力的分布式微电网应用的延续。此开发将作为未来系统扩展的主要构建块。解决了有关混合分布式发电的潜在资源和电源可靠性的问题。

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