Efficient Power Conversion of NON-Isolated Step-Up DC-DC Converter Compared with a Zeta Converter Recovery Through Switching Losses for Photovoltaic Applications

The objective of this study is to recover power through switching losses while achieving efficient power conversion of a Non-isolated step-up DC-DC (NIS)converter. The purpose of this comparison is to determine the location of voltage implementation and to examine recovery through switching losses between a NON-Isolated step-up DC-DC(NIS) converter and a Zeta converter. For two groups, the sample size is calculated utilizing the Gpower software, fourteen samples are utilized. 0.8 is considered the G power. The F statistic, which was computed to be 3.364, indicates that the hypothesis regarding similar variances remains valid at 0.092 (
$\mathrm{p} > 0.05$
), when a significance threshold is applied. The mean output voltage of the Non-Isolated Step-Up DC Converter group is significantly greater (62.2657) in comparison to the Zeta Converter group (28.2843).