Capacity sharing — Economic analysis of home battery systems

R. Dzikowski, B. Olek
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引用次数: 3

Abstract

This paper deals with home batteries and their economic viability under a service in which a prosumer possessing a roof-top PV system can purchase a battery system with the special price from an electricity provider and obtains annual fees for assumed time period. It is done in exchange for sharing some part of battery capacity with the entity. The aim of this study is to check whether it is economically viable from a prosumer perspective, basing on a service offered by one of the EU electricity providers. Authors do that by comparison of computed economic indicators in several prosumer system scenarios and by applying various commercially available solar home battery systems. Additionally, identification of selected conditions that should be satisfied to ensure the financial return from the investment in battery storage is provided. Apart from LCOE, relative annual cash flow is used as the economic indicator of financial outcome. The obtained results as well as conclusions pose the basis for further researches on development of economic models of dispersed home battery systems coupled with small renewable energy sources.
容量共享。家用电池系统的经济分析
本文研究了一个拥有屋顶光伏系统的消费者可以从电力供应商那里以优惠价格购买电池系统,并在假设的时间段内获得年费的服务下,家用电池及其经济可行性。这样做是为了与实体共享部分电池容量。本研究的目的是检查它是否在经济上可行,从产消的角度来看,基于一个欧盟电力供应商提供的服务。作者通过比较几个产消系统场景的计算经济指标和应用各种商用太阳能家用电池系统来做到这一点。此外,还确定了应满足的选定条件,以确保电池存储投资的经济回报。除了LCOE,相对年度现金流量被用作财务结果的经济指标。所得结果和结论为进一步研究分散式家用电池系统与小型可再生能源耦合的经济模型的开发奠定了基础。
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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