Intelligent Fuzzy Based High Gain Non-Isolated Converter for DC Micro-Grids

Renewable electricity options, such as fuel cells, solar photovoltaic, and batteries, are being integrated, which has made DC micro-grids famous. For micro-grid systems, a multi input interleaved non-isolated dc-dc converter is suggested by the use of coupled inductor techniques. Since it compensates for mismatches in photovoltaic devices allows separate continuous power flow from these sources. The proposed benefits high gain, low ripple output voltage, minimal stress voltage across semiconductor devices, current, density, efficiency. Soft-switching techniques used to realize that reverse recovery issue diodes moderated, leakage energy reused, no new scheme appropriated. To reduce conduction losses, minimum rating MOSFETs with ON-resistance can be utilized. supply required load absence one or two resources. Furthermore, due gain boosting works an Adaptive Neuro-Fuzzy Inference System (ANFIS). operation principle, steady-state analysis converter, given simulated utilizing MATLAB/Simulink simulation software.