Purpose. The purpose of this study is to investigate the specific features of modeling distributed generation in the structure of electrical networks using different software packages. The work aims to identify the software that provides the necessary functionality, accuracy of calculations, ease of use, and license availability, while also considering the specific characteristics of Ukrainian electrical networks. Methodology. Analysis of literary sources — applied to study the current state of the problem of distributed generation integration into electrical networks and to summarize both international and Ukrainian experience. Comparative analysis — carried out to evaluate the functional capabilities of PowerFactory, Dakar Eleks, Matlab/Simulink, and Ansys according to the following criteria: modeling accuracy, computational performance, interface usability, availability of model libraries of distributed generation, the ability to model active and reactive power characteristics, voltage control characteristics, synchronization modes, and transient processes. Findings. The key technical aspects of connecting distributed generation were identified, including the modeling of acti
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