Integration of Small-Scale Batteries Into Future Electricity Markets

Benjamin Stahl, Anna-Lena Klingler, M. Klobasa, P. Manz, M. Pudlik
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引用次数: 1

Abstract

In terms of the economic performance of residential PV systems, the rate of onsite-consumed electricity (i.e. self-con-sumption) is becoming ever more important. In order to increase self-consumption, battery systems are available, which allow to match electricity generation and consumption. However, relatively small batteries are sufficient to improve self-consumption, and further increases in capacity only lead to small additional self-consumed amounts. Nevertheless, the evolving market offers different additional options to increase profitability and usage of a battery system by offering flat rates or providing balancing power. The business case that provides balancing power achieves an interest rates of 2.1 % (compared to 8% without a battery). Under favourable future conditions, such as increasing household consumption, electricity or balancing power prices, a PV + battery system can be a competitive investment for consumers and the systems' effect on household load profiles has to be considered in the management of balancing groups.
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将小型电池整合到未来电力市场
就住宅光伏系统的经济性能而言,现场耗电量(即自用电量)的比率变得越来越重要。为了增加自我消耗,电池系统是可用的,它允许匹配发电和消耗。然而,相对较小的电池足以改善自我消耗,容量的进一步增加只会导致少量额外的自我消耗。然而,不断发展的市场提供了不同的额外选择,通过提供统一费率或提供平衡功率来提高电池系统的盈利能力和使用率。提供平衡电源的商业案例实现了2.1%的利率(相比之下,没有电池的利率为8%)。在有利的未来条件下,例如增加家庭消费,电力或平衡电价,光伏+电池系统对消费者来说可能是一项有竞争力的投资,并且在平衡组的管理中必须考虑系统对家庭负荷概况的影响。
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