Published Paper Details:

Distributed Generation Systems (DGS) represent an energy source for local loads to transmit voltage from a local generating plant, utilizing a diverse array of small-scale energy sources to meet electricity demands. While numerous studies focus on enhancing voltage profiles and stability within transmission and distribution networks through Distributed Generation (DG), economic considerations remain relatively unexplored. This work addresses the gap by examining the economic parameters associated with integrating Photovoltaic Distributed Generation (PV DGS) into power systems, utilizing a WSCC 9-bus system, modified to an 11-bus configuration by connecting two PV DGS to the load buses. By assessing the initial infrastructure cost, payback period, and return on investment, this study offers insights into the economic implications of incorporating PV DGS, contributing to a deeper understanding of the interplay between technical and economic factors in distributed energy systems.