多技术融合的智能配用电终端通信接入架构设计

Design of Terminal Communication Access Architecture for Smart Power Distribution and Utilization Based on Integration of Multiple Technologies

针对能源互联网背景下配用电终端通信接入复杂性问题,设计了一种多技术融合的智能配用电终端接入架构。首先归纳配用电终端通信接入特点;在分析现有配电网通信架构不足的基础上,采用多技术融合策略,实现了具备多网协同和自治自愈特征的三层配用电终端接入架构设计;最后通过配电终端和用电终端的典型接入示例及其应用分析,阐述了具体融合技术路线和架构设计的合理性。

To solve the complexity issue of power terminal communication access under the background of Energy Internet for smart power distribution and utilization（SPDU）,an SPDU-terminal communication access architecture with integration of multiple technologies is designed.The paper firstly analyzes the features of power terminal communication access.Then,based on analyzing the shortcomings of existed communication architecture,a three-layer SPDU-terminal communication access architecture is proposed, which features multi-network cooperation and autonomy-selfhealing. Finally, technical implementation is fully depicted and the architecture design is proved to be reasonable through the typical terminal access schemes.