Research on the Simulation of 5G Power Communication Networks for High-Density Access Scenarios

With the rapid growth of the number of power grid terminals and power business data flow, high-density intelligent terminal access scenarios will inevitably become the main application scenario for future power communication networks. The current performance simulation of 5G power communication networks in high-density access scenarios is still lacking. To address this issue, a system level simulation platform has been developed and modeled for the 5G power communication network in high-density access scenarios. At the same time, a scheduling algorithm for high-density power business scenarios has been studied. Finally, performance simulation of the power communication network has been conducted based on the system level simulation platform. On this basis, performance verification was conducted on the user scheduling algorithm studied in this paper. Simulation results show that the proposed algorithm can effectively improve the data transmission performance of 5G power communication networks in high-density access scenarios.