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Techno-economic optimization and analysis of a high latitude solar district heating system with seasonal storage, considering different community sizes

机译:考虑不同社区规模的具有季节性存储的高纬度太阳能区域供热系统的技术经济优化和分析

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摘要

A solar community meets a significant amount of its energy demand through solar energy. In a high latitude country like Finland, the seasonal mismatch of solar availability makes it very difficult to achieve high renewable energy fractions without seasonal storage. In this study, a solar community located in Finland was optimized with respect to energy demand and life cycle cost. To gain better understanding of both technical and economical scaling effects, the optimization was done separately for four cases with 50, 100, 200 and 500 buildings.
机译:一个太阳能社区通过太阳能来满足其大量的能源需求。在像芬兰这样的高纬度国家,太阳能可用性的季节性不匹配使得在没有季节性存储的情况下很难实现高可再生能源比例。在这项研究中,位于芬兰的太阳能社区在能源需求和生命周期成本方面进行了优化。为了更好地了解技术和经济上的缩放效果,分别针对50、100、200和500座建筑物的四种情况分别进行了优化。

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