基于多智能体和5G通信技术的配电网业务恢复策略

Qian Xu, Zengping Wang, Tong Wang, Yuxie Zhang, Lu Chu
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引用次数: 0

摘要

多智能体技术由于其分散协调的优点,在配电网的保护与控制中得到了广泛的应用,但受通信条件的限制,不能在光纤铺设率不高的配电网中得到广泛推广。随着5G研究的深入和商用的出现,为多智能体技术在配电网中的应用提供了广阔的前景。提出了一种基于5G无线通信和多智能体技术的有源配电网业务恢复策略。多智能体系统是由馈线智能体(FA)和区域智能体(RA)组成的分层协调控制模型。信息通过5G通信信道传输。通过设计合适的控制体系结构,每个RA都可以实现恢复,保证了恢复的快速性。通过在PSCAD上建立一个4线分布式电源系统,验证了本文提出的策略的可行性和有效性。
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Service Restoration Strategy of Distribution Network Based on Multi-agent and 5G Communication Technology
Multi-agent technology is widely used in the protection and control of distribution network because of its decentralized coordination advantages, but it is limited by communication conditions and cannot be widely promoted in distribution networks where the fiber optic laying rate is not high. With the in-depth research and commercial emergence of 5G, it gives a broad prospect for the application of multi-agent technology in distribution networks. In this paper, a service restoration strategy of active distribution network based on 5G wireless communication and multi-agent technology is proposed. The multi-agent system consists of a hierarchical coordination control model consisting of Feeder Agent (FA) and Region Agent (RA). The information is transmitted using 5G communication channel. Each RA designed with suitable control architecture can implement restoration, which guarantees the celerity of restoration. By building a 4-feeder system with distributed power on PSCAD, the feasibility and effectiveness of the proposed strategy in this paper are verified.
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