Performance Enhancement of Renewable System via Hybrid Switched-Inductor-Capacitor Converter

To boost voltage gain, a novel hybrid switched-inductor-capacitor (HSLC) converter is presented in this paper as a game-changing addition to the field of Renewable Energy Sources (RES). A detailed discussion of the suggested design and operational principles is presented, along with a non-ideal model analysis. The clear advantages are shown by a thorough comparison with the conventional non-isolated converters. Interestingly, the proposed HSLC achieves a higher voltage gain without needing a voltage multiplier, coupled inductor, or transformer. Through the simulation, the load voltage of 400 V from the source voltage of 48 V and a 500 W converter is verified and the design’s practicality is confirmed through it. This study is important in the field of wireless power transmission and represents a major advancement in RES energy efficiency.