Date of Publication :8th September 2025

Abstract: The use of solar energy has seen considerable development. Transformation in electric energy is one of its applications which attracts considerable interest, owing to the fact that it makes it possible to solve a major problem in isolated and remote places where grid power is not available. that lack electrical supply networks. Integrating solar photovoltaic (PV) generation is a suitable solution for sustainable energy production and management for the next energy grid model, such as DC microgrids. Although PV-battery-wind integration has been widely studied in DC microgrid applications, many integrations use legacy power electronics converter topologies such as DC-DC boost converters. The paper presents the Design and Control of a closed loop Non-Inverting Buck-Boost Converter. The PWM controller controls the voltage of the load terminal. The proposed topology has been simulated for a considered specification and the results obtained are presented.

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