高可靠性配电网通信网络架构及关键技术研究

Research on High Reliability Communication Network Architecture and Key Technologies for Power Distribution Grids

文章旨在提高配电网通信系统的可靠性与稳定性,提出基于区域性和分布式的高可靠性通信网络架构设计方案。通过分析数据传输与处理、安全与可靠性、节点设备与传感器等关键技术,设计并进行实验,验证了新架构的可行性与有效性。实验结果表明,新架构在提高配电网通信可靠性方面效果显著,为配电网的安全运行与智能化发展提供重要的技术支持。

This paper aims to enhance the reliability and stability of communication systems in power distribution grids.Addressing the limitations of traditional network structures,a high reliability communication network architecture design scheme based on regional and distributed approaches is proposed.By analyzing key technologies including data transmission and processing,security and reliability,node equipment and sensor technology,the feasibility and effectiveness of the new architecture are designed and experimentally verified.The experimental results demonstrate the significant improvement in communication reliability in power distribution grids,providing important technical support for the safe operation and intelligent development of distribution grids.