5G通信环境下虚拟电厂分布式能源调度方法研究

Research on Distributed Energy Scheduling Method of Virtual Power Plant in 5G Communication Environment

在5G通信环境下,虚拟电厂分布式能源调度存在干扰环境,导致信道均衡性下降,为此提出基于负载均衡开销控制的虚拟电厂分布式能源调度方法。在5G通信环境下,构建能源信息传输信道模型,结合随机链路均衡采样方法,控制能源调度传输,获取周负荷段对应传输控制功率。采用码间干扰滤波方法,融合和均衡配置能源分布信息,提高虚拟电厂信道的均衡性和抗干扰设计。采用空间网格自动化分配方法实现对能源输出均衡配置,提取能源信息的统计特征量,结合波特间隔均衡配置和负载均衡调度方法,完成对5G通信环境下虚拟电厂分布式能源均衡调度。实验结果表明,能源调度的自适应性较好,均衡配置能力较强。

In the 5G communication environment,the distributed energy dispatching of virtual power plants has an interference environment,which leads to the decrease of channel balance.A distributed energy dispatching method for virtual power plants based on load balancing overhead control is proposed.In the 5G communication environment,an energy information transmission channel model is constructed.By combining with the random link balanced sampling method,the energy scheduling transmission is controlled,and the transmission control power corresponding to the weekly load segment is obtained.Inter-symbol interference filtering method is used to fuse and balance configuration of energy distribution information,improve the equalization of virtual power plant channels and anti-interference design.The spatial grid automatic distribution method is adopted to realize the balanced configuration of energy output,extract the statistical characteristics of energy information,and the baud interval balanced configuration is combined with load balancing scheduling method to complete the distributed energy balanced scheduling of the virtual power plant in the 5G communication environment.The experimental results show that the energy dispatch has better adaptability and strong balanced allocation ability.