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Business models design space for electricity storage systems: Case study of the Netherlands

机译:商业模式设计蓄电系统空间:荷兰的案例研究

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摘要

Because of weather uncertainty and dynamics, power generation from some renewable energy technologies is variable. Electricity storage is recognized as a solution to better integrate variable renewable generation into the electricity system. Despite considerable growth in the research on the electricity storage, implementation of electricity storage systems (ESS) is globally negligible because of technical, institutional, and business model challenges. We use literature review and data analysis to provide a conceptual framework and a design space for ESS business models in the case of Dutch electricity sector by taking technological, institutional, and business model considerations into account. We provide a map of single-application business models for ESS in the Netherlands which can be used as a basis for making ESS application portfolios and evaluating ESS business models in other parts of the world as well. Furthermore, this research can be used to inform models that explore the evolution of ESS.
机译:由于天气的不确定性和动态性,某些可再生能源技术的发电量是可变的。蓄电被认为是将可变可再生能源更好地集成到电力系统中的解决方案。尽管在蓄电方面的研究有了长足的发展,但由于技术,机构和业务模型方面的挑战,蓄电系统(ESS)的实施在全球范围内可忽略不计。我们使用文献综述和数据分析,通过考虑技术,机构和业务模型方面的考虑,为荷兰电力行业的ESS业务模型提供概念框架和设计空间。我们提供了荷兰ESS的单应用程序业务模型图,可以用作制作ESS应用程序产品组合以及评估世界其他地区的ESS业务模型的基础。此外,该研究可用于为探索ESS演变的模型提供信息。

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