【摘要】 以电力系统内分布式电源的渗透率为出发点，提出了基于区块链和边缘计算的电力系统调度资源动态监测系统。分析了区块链中的区块结构以及边缘代理的基本模型，提出了基于区块链的能源互联网系统。针对电力调度资源监测进行建模，分析了包括风电、光伏、储能和需求响应等形式在内的调度资源模型，说明了可调度资源监视的基本内容。提出了基于区块链和边缘代理的调度资源监视系统架构，分析了系统的硬件结构，说明了数据对比分析流程，利用边缘代理进行数据资源监视。仿真结果表明，该系统在调度管理以及数据监视方面是有效性的。更多还原

【Abstract】 Starting from the penetration rate of distributed power sources in the power system, a dynamic monitoring system for power system scheduling resources based on blockchain and edge computing is proposed.The block structure in the blockchain and the basic model of the edge agent are analyzed, and the energy Internet system based on the blockchain is proposed.Aiming at the power dispatching resource monitoring model, the dispatching resource model including wind power, photovoltaic, energy storage, demand response and other forms is analyzed, and the basic content of dispatchable resource monitoring is explained.The architecture of the scheduling resource monitoring system based on blockchain and edge agent is proposed, the hardware structure of the system is analyzed, the data comparison and analysis process is explained, and the edge agent is used to monitor data resources.The simulation analysis shows the effectiveness of the system in scheduling management and data monitoring.更多还原