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能源互联网作为信息物理融合的超大复杂网络,其拓扑结构是研究能源互联网诸多复杂问题的基础理论架构。在复杂网络理论的基础上,提出了一种更符合能源互联网本质的拓扑模型,模型中每个节点的实际位置是至关重要的,此外,节点能量和节点间距是有紧密联系的。通过理论分析和模拟仿真,发现具有不同节点能量分布的网络模型和不同的节点位置分布的网络模型的相互关系,同时研究节点能量分布和节点位置分布对度分布P(K)和内部拓扑形式的影响,在一定条件下网络具有更高的聚合度和能量传输效率,通过该研究为解决其复杂性问题提供理论基础和实验平台,有助于推动能源行业智能化的发展,对未来能源互联网模型理解、设计、优化、演变都会起到至关重要的作用。
As a large and complex network of information physics integration, the energy internet is the basic theoretical framework for studying many complicated issues of energy internet. Based on the theory of complex networks, a topology model that is more in line with the nature of energy Internet is proposed. The actual location of each node in the model is crucial. In addition, the node energy and node spacing are closely linked. Through the theoretical analysis and simulation, we find the relationship between the network model with different node energy distribution and the network model with different node location distributions. At the same time, we study the node energy distribution and the distribution of nodes’ position distribution P (K) and internal topology Influence, under certain conditions, the network has a higher degree of polymerization and energy transmission efficiency, to provide a theoretical basis and experimental platform for solving its complexity issues through the study, contribute to promoting the intelligent development of the energy industry, the future energy Internet model Understanding, design, optimization, evolution will play a crucial role.