Data for: Topological Considerations on the Use of Batteries to Enhance the Reliability of HV-Grids

In the paper submitted to the Journal of Energy Storage with the title “Topological Considerations on the Use of Batteries to Enhance the Reliability of HV-Grids”, we address the storage sizing and siting problem in transmission grid by proposing a novel approach based on the combination of a graph-theoretical perspective with a probabilistic reliability analysis. The storage is assumed to be installed and operated by the TSO in order to improve the system reliability and increase the hosting capacity of renewable energy sources. Using a modified version of the IEEE-RTS 96, we generated seven additional grids with different topologies, and we investigated to what extent the structure of the grid can influence the system reliability and the optimal siting of batteries. The whole data set of results has a size of roughly 55 GB and it is available upon request to the authors. Due to the significant size of the data set, we provide tables that summarize the main outputs of the simulations in order to help understand the discussion of results in the paper.提交给《能源存储期刊（Journal of Energy Storage）》、题为《关于利用电池提升高压电网（High Voltage Grids, HV-Grids）可靠性的拓扑考量》的论文中，我们针对输电电网中的储能容量配置与选址问题，提出了一种结合图论视角与概率可靠性分析的全新方法。本研究假设储能装置由输电系统运营商（Transmission System Operator, TSO）部署并运维，以提升系统可靠性与可再生能源并网消纳能力。我们以修改版的IEEE-RTS 96为基础，生成了7个具有不同拓扑结构的额外电网，并探究了电网结构在多大程度上会影响系统可靠性与电池的最优选址。本次研究的全部结果数据集总容量约为55 GB，可向作者申请获取。鉴于该数据集体量较大，我们提供了汇总仿真主要输出结果的表格，以帮助读者理解论文中关于结果的讨论部分。