Multiconnected Interleaved Boost Converter for Hybrid Energy System

Concern over the condition of our decaying planet is making environmentally friendly solutions more popular than before. A novel front-end rectifier stage layout for a hybrid solar/fuel system is presented in this research. Depending on the energy sources’ availability, this arrangement enables the two sources to serve the load either independently or concurrently. This interleaved boost converter’s intrinsic feature is that it can filter out high frequency harmonics without the need for extra input filters. The longevity, heating problems, and efficiency of the converter are all negatively impacted by harmonic content. Additionally, Maximum Power Point Tracking (MPPT) enables the fused multi-input rectifier stage to maximize solar power when it is available. For the PV system, the conventional perturb and observe approach will be applied. To demonstrate the advantages of the suggested circuit, simulation results are provided. This technique can be used for both online and offline applications.