For use in photovoltaic applications, high voltage gain hybrid boost converter mathematical modelling
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Keywords:
Include, Boost Converter, Duty Cycle, Continues Conduction Mode (CCM), Switched Inductor, Switched CapacitorAbstract
On this research, a high voltage-gain Hybrid boost converter (HVHBC) is developed to achieve
high voltage gain, good transient responsiveness, low voltage ripples, and sufficient efficiency when
compared to a basic conventional boost converter and to lower the harmonic content on the output side.
The suggested topology's voltage gain is 96% at a duty ratio of 0.55 and a frequency of 50 KHz. The
suggested converter's circuit schematic has a switched inductor and switch capacitor architecture. As a
result, the inductor reduces the voltage stress on the active switch, the output voltage of the proposed
converter is high, and the reaction of different parameters is examined using the simulation tool PSIM.
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