能源与信息网络双异构耦合下主动配电网模型与优化运行控制研究

异构无线通信网络具有集中式与分布式灵活互补、易于满足即插即用等特点，能够为主动配电网的大规模节点有效管理提供支撑，是实现其优化运行与智能控制的关键基础。针对主动配电网这一典型信息物理系统，本申请聚焦于能源网络与信息网络双异构复杂控制系统中的耦合与相互作用机理，以及异构无线网络架构下敏捷性与可靠性优化问题，主要开展①研究异构无线网络下计及能源与信息复合特征，建立适合能源网络分布式集群控制的混合多层时变无向图模型，实现主动配电网能源与信息耦合的优化分区；②从运行敏捷性需求出发，研究主动配电网异构通信网络的干扰特征，建立干扰预测模型，实现通信模式的优化预测控制；③从主动配电网可靠性需求出发，研究异构通信网络上下行链路状态预测模型，提出基于节点能源与信息复合特征的通信资源优化分配。上述研究的开展，能为主动配电网信息物理系统的高敏捷性与高可靠性提供解决方案，为主动配电网的优化运行与智能控制提供保障。

Heterogeneous wireless communication network has the characteristics of centralized and distributed architecture, and can easily meet the requirements of plug and play. It can be used to provide high agile and reliable communication support for the distributed clustered active distribution network which needs to effectively manage large-scale nodes. This proposal focuses on the coupling and interaction mechanism in the dual heterogeneous complex control system, composed of energy network and information network of active distribution network, which is a typical cyber-physical system, and the agile and reliable problem under heterogeneous network. We mainly: ①study the energy and information composite characteristics of heterogeneous wireless communication network, establish the hybrid multiple unidirectional graph model suitable for distributed clustered control of energy network, to realize the optimal clustering of energy and information coupling network; ② from running agility, study the interference characteristics of active distribution communication network, establish the interference prediction model for the optimal prediction control of communication mode; ③ from differentiated reliability of active distribution network, study the uplink and downlink status estimation model of heterogeneous communication network, propose the communication resource optimal allocation method based on the energy and information composite characteristics of each node. With the above research, we can provide the solution for the high agile and reliability of active distribution network, and provide guarantee for the optimized operation and intelligent control of the active distribution network.