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Journal of Networking Technology

Combinatorial and Non-linear Problems of Distribution Generation

Jovica Vuletic, Jordanco Angelov and Mirko Todorovski
Department of Power Systems Faculty of Electrical Engineering and Information Technologies SS. Cyril and Methodius University in Skopje Rugjer Boskovic 18, 1000 Skopje Republic of Macedonia

Abstract: Distributed energy resources yield power injections in the distribution networks. In the distribution networks, the important elements are location, sizing, and operation contribute to power systems loss reduction, improved voltage profile, increased reliability and deferral of system upgrades. Many systems are available for complex combinatorial and nonlinear problems of distributed generation for optimal placement. These systems produce near-optimal results with the burden on pre-processing procedures from mathematical modelling. In this work, we presented another possible model to solve the issue. We have advocated problem shaping, formulation and solution utilizing good benefits to solve. We experimented with the proposed solution on a 69-bus distribution system, resulting in suitable parameters. We found that this system supersedes the existing ones as it is simple.

Keywords: Distribution Generation, Combinatorial Problems, Non-linear Problems Combinatorial and Non-linear Problems of Distribution Generation

DOI:https://doi.org/10.6025/jnt/2023/14/2/29-35

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