Virtual Power Plant Energy Storage Device State Assessment System Based on 5G Base Stations

In recent years, the integration of new energy devices into the power system to replace traditional sources has become a trend. Virtual power plants can effectively combine various distributed resources on the demand side. The energy storage devices in 5G base stations, with their widespread coverage and abundant dormant resources, can contribute to regulating power supply and demand within virtual power plants while ensuring the energy efficiency of the base stations. However, the complex geographical distribution and diverse performance of these energy storage devices require a more accurate assessment and secure management. This paper designs and implements a virtual power plant energy storage device state assessment system based on 5G base stations. The system is designed for the interaction of multi-source data from distributed energy storage devices, employing containerized deployment of multidimensional data analysis tasks. It effectively handles a vast amount of information from energy storage devices with varying performance, accomplishing functions such as capacity assessment and safety assessment. Additionally, the system provides a visual interface and safety prompts for power supply-demand analysis and regulation, validating the feasibility of a virtual power plant based on 5G base stations. Finally, comprehensive testing using simulated distributed real-time data collection ensures the effectiveness and timeliness of data acquisition, analysis, application, and energy storage device control.