Mathematical Modeling of Inverter-Type Symmetering Device for Rural Power Grids with Distributed Generation

The paper presents a complex mathematical model of a symmetrical inverter-type device designed for rural power grids with distributed generation. The issues of developing inverters capable of operating independently from both solar panels and the centralized grid, increasing the reliability and efficiency of power systems, are investigated. The study takes a multifaceted approach using mathematical statistics, physical modeling, and engineering experiments to optimize performance and system robustness to external factors.