Power Control in Dual Active Clamp DC-DC Converter with Non-Isolated DC-DC Converter for MPPT (INC Method) with Varying Temperatures for Photovoltaic Applications

This work aims to manage power in a dual active clamp (DAC)DC-DC converter at different temperatures using the Inc Method, which is an MPPT algorithm. The implementation and investigation of the voltage are examined by comparing a (DAC) DC-DC converter with a non-isolated(NI) step-up DC-DC converter. One way to control the converter's power and thus the temperature is with maximum power point tracking (MPPT). After utilising the GPower software to determine the sample size, it was found that each algorithm has 7 samples, and a grand total of 14 sample tests were conducted (G Power 0.8). There are two separate T-tests run on the two sets of data. It is deemed statistically significant when the corresponding P value for a difference is lower than 0.039 (p<0.05). Comparing the power-regulated DAC DC Converter (120.00) to the NI Converter (48.00), the former performed better in terms of the mean bar value of the input and output voltage.