本研究旨在探讨 5G通信技术在电网调峰调度中的应用及效果,通过构建基于 5G网络的数据采集与监测系统,实现对电网实时状态的快速准确感知.利用高性能计算资源,结合智能算法进行调峰调度决策,优化发电资源配置,提高调度效率和负荷跟踪精度.实验结果表明,与传统自动增益控制(Automatic Gain Control,AGC)相比,本系统在负荷跟踪性能上显著提升,通信时延大幅降低,验证了5G通信技术在电网调峰调度中的有效性和优越性.本研究为电网调峰调度提供了新的思路和方法,有助于实现电网的安全稳定运行.
Application of 5G Communication Technology in the Automatic Control of Power Grid Peak Load Regulation
This study aims to explore the application and effectiveness of 5G communication technology in peak load regulation and dispatching within power grids.By establishing a data collection and monitoring system based on 5G networks,it achieves rapid and precise perception of the grid's real-time status.Leveraging high-performance computing resources and integrating intelligent algorithms for decision-making in peak load dispatching optimizes the allocation of generating resources,enhancing dispatch efficiency and load tracking accuracy.Experimental results demonstrate that,compared to traditional Automatic Gain Control(AGC)control,this system significantly improves load tracking performance and substantially reduces communication latency,verifying the effectiveness and superiority of 5G communication technology in peak load regulation and dispatching.This research offers new perspectives and methodologies for peak load dispatching in power grids,contributing to their safe and stable operation.
5G communication technologypower grid peak regulationautomatic control
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