Multipath Routing Strategy of Integrated Energy Communication System based on SDN Architecture

Yun Kong, Siming Cao, Kai Cao, Yi Wu, Yu-jun Yin
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Abstract

The integrated energy system is a new energy system that coordinates a variety of energy subsystems such as electricity, cooling and heating system. While amount of renewable energy devices energy storage devices are allowed to be connected to integrated energy system. Therefore, the integrated energy system has more types of data flow and larger scale of topo. To solve the problem of large-scale real-time data communication in this system, this paper proposed a multi-path routing method based on the classification of data flows’ tasks. Besides, geographic information is considered in heuristic operator to accelerate the computation of routing. Finally, we verify the effectiveness of the proposed algorithm and model on different kinds of numerical examples.
基于SDN架构的综合能源通信系统多路径路由策略
综合能源系统是协调电力、制冷、供热等多种能源子系统的新型能源系统。同时可再生能源设备的数量允许储能设备接入综合能源系统。因此,综合能源系统具有更多的数据流类型和更大的拓扑规模。为了解决该系统中大规模实时数据通信的问题,本文提出了一种基于数据流任务分类的多路径路由方法。此外,启发式算子还考虑了地理信息,加快了路由的计算速度。最后,通过不同类型的数值算例验证了所提算法和模型的有效性。
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