برنامه ريزي و بهينه سازي شبكه توزيع با تمركز بر منابع انرژي تجديد پذير و ذخيره سازي

The increasing penetration of renewable energy sources an‎d energy storage systems in distribution networks introduces significant challenges for grid stability, efficiency, an‎d reliability. This study proposes a novel robust optimization approach for smart distribution networks, focusing on the integration of renewable energy sources, energy storage systems, electric vehicles, an‎d deman‎d-side management to enhance network performance under uncertainty. The proposed model employs a two-stage framework encompassing both network reconfiguration an‎d optimal resource management at operational an‎d strategic levels. Simulations conducted on the IEEE 33-bus network demonstrate that the proposed approach can reduce power losses from 0.64 MW to 0.52 MW, increase the minimum voltage from 0.970 to 0.980 p.u., an‎d decrease energy procurement from the main grid. Furthermore, the robustness index of the network improves, reinforcing network performance under varying load an‎d renewable generation conditions. The results highlight the potential of the proposed method as an effective tool for advancing smart distribution network management with high penetration of renewable energy an‎d energy storage systems.

حميدرضا عبدالمحمدي , امير حسيني

پروين رستگاري , محمداسماعيل نظري