A Non-Isolated Hybrid Zeta Converter with a High Voltage Gain and Reduced Size of Components

In this paper a novel non-coupled inductor-based hybrid Zeta converter with minimal duty cycle is proposed. The converter’s potential benefits include buck and boost operation modes, easy implementation, continuous input current, high efficiency. provides higher voltage gain than conventional adapted to EV LED applications due the current. proposed operates in three distinct modes via two electronic switches, each operated independently different ratio. This also analyzes performance based on equivalent circuits, analytical waveforms operating mode design procedure are shown. dynamic modelling computed for both operational converter. efficiency of validated using MATLAB/Simulink. Hardware loop (HIL) testing method RT-LAB OP-5700 performed. peak an 36 V obtained at 95.2%. offers wide small fewer components Simulations experiments have been carried out under conditions results proved that viable solution.