IEEE 9-node system and IEEE 39-node system stabilized computational raw data

The model and component parameters for this study use IEEE standard algorithms: IEEE9BUS and IEEE39BUS. Therefore, these data are stored in the corresponding folders IEEE9BUS and IEEE39BUS respectively.‘A-B’, where ‘A’ indicates the position of the disturbance and ‘B’ indicates the fault removal time. For example, "12-0.02" means that the fault occurred at 12BUS and lasted 0.02s.The data is obtained from the simulation by the specialist software for power systems, with detailed steps in the methods of the paper (doi: 10.20944/preprints202310.1791).'TXT' file contains the raw data exported by the simulation software (PSASP). These data are in the folder IEEE9BUS and IEEE39BUS.

本研究采用的模型与元件参数基于IEEE标准算法：IEEE9BUS与IEEE39BUS。因此，此类数据分别存储于对应文件夹IEEE9BUS与IEEE39BUS中。数据命名采用"A-B"格式，其中"A"代表扰动发生位置，"B"代表故障切除时长。例如，"12-0.02"表示故障发生于12号母线，持续时长为0.02秒。本数据集通过专业电力系统仿真软件仿真获取，详细仿真步骤可参见论文的方法部分（DOI: 10.20944/preprints202310.1791）。仿真软件（PSASP）导出的原始数据存储于TXT格式文件中，此类文件分别位于IEEE9BUS与IEEE39BUS文件夹内。

搜集汇总

背景与挑战

背景概述

该数据集提供了IEEE 9节点和39节点电力系统的稳定计算原始数据，通过专业软件PSASP模拟生成，数据按故障位置和持续时间分类存储，适用于电力系统稳定性研究。