开发一种方法来评估在多能源建筑中安装大容量电池的投资决策

C. Weissmann, T. Weber
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摘要

近年来,对于拥有额外能源的建筑的业主来说,利用光伏系统产生的更多电力来满足自己的需求变得越来越有吸引力。提高这一比例的一种可能是安装大容量电力存储系统。然而,假设只有在经济有利的情况下,合适的电池存储系统才会普遍存在。作为本文的一部分,开发了用于经济太阳能储能分析的Excel工具SWA。考虑到所有有关参数及其具体对象的表现,该方案显示具体情况下最经济的储存能力和有关的经济指标的产出。本文的目的是展示用SWA工具进行的综合分析的结果。重要的发现是,经济的储存操作目前不是一种选择,但可能在未来,在某些确定的情况下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of an approach to assess the investment decision in high-capacity batteries installed in plus-energy buildings
In recent years it became constantly more attractive for owners of plus-energy buildings to use a greater amount of electricity produced by their photovoltaic system for their own demand. One possibility to raise that share is the installation of high-capacity electricity storages. However, it is assumed that appropriate battery storage systems will be prevalent only in case of an economic advantageous purchase. As part of this paper the Excel tool SWA for an economic solar storage analysis has been developed. Taking into account all relevant parameters and their object-specific manifestations, the programme displays the output of the case-specific most economic storage capacity and associated economic indicators. The aim of this paper is to present the results of comprehensive analyses performed with the SWA tool. The essential finding is that an economic storage operation is currently not an option - but might be in the future, under certain identified circumstances.
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