Ruths energy storage system design methodology

露丝的储能系统设计方法论

• 批准号: 525892660
• 负责人: Professor Dr.-Ing. Stephan Kabelac
• 金额: --
• 依托单位: Institut für Thermodynamik (IFT)
• 依托单位国家: 德国
• 项目类别: Priority Programmes
• 资助国家: 德国
• 项目状态: 未结题
• 来源: https://gepris.dfg.de/gepris/projekt/525892660?language=en
• 关键词: Ruths; energy; storage; system; design

The proposal aims to develop an inverse design methodology for an energy storage system of the Carnot battery type. The system will be able to store electric energy as internal thermal energy of a working fluid and is part of an overall energy system with fluctuating sources of renewable electric energy. The proposed Ruths storage system consists of two wet-steam storage tanks at different pressure, coupled by a compressor and an expansion device, so electric energy can be converted into internal thermal energy and vice versa. The size of the tanks and the fluid energy machinery must be well matched to the specific application, which could be an urban city housing district or an industrial production plant. The inverse design is started with an energy system analysis tool to find suitable boundary conditions, a first version of an appropriate technical design is returned back, so a first cost and feasibility assessment can be given. The procedure is repeated for optimization. The energy system analysis including cost functions will be handled by R. Niepelt, the technical design by S. Kabelac, both from the Leibniz University Hannover. Some special design features of the Ruths storage tank will be validated experimentally.

该提案旨在为卡诺电池型储能系统开发一种逆向设计方法。该系统将能够将电能存储为工作流体的内部热能，并且是具有波动的可再生电能源的整个能量系统的一部分。拟议的Ruths存储系统由两个不同压力的湿蒸汽存储罐组成，通过压缩机和膨胀装置耦合，因此电能可以转换为内部热能，反之亦然。储罐和流体能量机械的尺寸必须与具体应用很好地匹配，具体应用可以是城市住宅区或工业生产工厂。逆向设计是从能源系统分析工具开始的，以找到合适的边界条件，返回适当技术设计的第一个版本，因此可以给出第一个成本和可行性评估。重复该过程以进行优化。包括成本函数的能量系统分析将由R. Niepelt，S.卡贝拉克，都来自汉诺威莱布尼茨大学。Ruths储罐的一些特殊设计特征将通过实验进行验证。