超大规模电网高性能拓扑分析测试数据集

本数据集源自“超大规模电网拓扑状态认知及高性能分析”课题研究。该研究面向超大规模电网，重点探索图动态分割并行计算技术与多时态全路径快速拓扑分析方法。数据集基于包含约10.6亿设备节点的超大规模电网测试数据，经主配一体拓扑分析处理后生成，并附有电源点追溯与负荷转供的功能说明文档。测试结果数据以CSV文件格式存储，内容包括：电网节点复杂度计算分析、电网连通性分析、电网设备边数统计、电网设备节点数统计、拓扑并行计算任务数统计、拓扑分析计算时间及最短连通路径分析。软件说明文档涵盖电源点追溯与负荷转供两部分，从软件总体概述、运行环境、功能使用说明、服务请求与示例、演示样例等方面对软件功能进行了详细阐述。

This dataset is derived from the research project titled "Ultra-Large-Scale Power Grid Topology State Awareness and High-Performance Analysis". Focusing on ultra-large-scale power grids, this research primarily explores graph dynamic segmentation parallel computing technology and multi-temporal full-path rapid topology analysis methods. The dataset is generated based on ultra-large-scale power grid test data containing approximately 1.06 billion device nodes, processed via integrated transmission and distribution topology analysis, and is accompanied by functional documentation for power source tracing and load transfer. The test result data is stored in CSV format, including: calculation and analysis of power grid node complexity, power grid connectivity analysis, statistics of the number of device edges in the power grid, statistics of the number of device nodes in the power grid, statistics of the number of topology parallel computing tasks, topology analysis calculation time, and shortest connected path analysis. The software documentation covers two parts: power source tracing and load transfer, and elaborates on the software functions in detail from aspects such as general software overview, operating environment, function usage instructions, service requests and examples, and demonstration samples.

搜集汇总

背景与挑战

背景概述

该数据集源自超大规模电网拓扑分析研究，基于约10.6亿设备节点的测试数据，通过图动态分割并行计算和多时态全路径快速拓扑分析方法生成。它包含CSV格式的测试结果，如电网节点复杂度、连通性分析等，并附有电源点追溯与负荷转供功能的软件说明文档。