Power control in Dual active clamp DC-DC converter with Non-isolated DC-DC converter for MPPT (INC Method) with varying temperatures

Aim: The purpose of this work is to manage power in a dual active clamp DC-DC converter at various temperatures using MPPT (INC Method). Materials and Methods: Dual active clamp DC-DC converter is compared with a NON isolated step up DC-DC converter to identify where the voltage is implemented and investigated. MPPT is used to power control the converter in order to adjust the temperature. Sample size has been calculated using GPower software, and it is determined that each algorithm has 7 samples, and a total of 14 sample tests have been carried out (GPower 0.8). The two groups are subjected to two independent sample T-tests. When the matching P value for a distinction is less than 0.039 (p<0.05), it is considered slalislically significant. In terms of the mean bar value of input and output voltage, the power-regulated Dual Active Clamp DC Converter (120.00) outperformed the non-isolated DC Converter (48.00).