Dynamic performance optimisation of PV based BLLCIS fed IMD applications using Fuzzy Logic Controller

This study describes a Solar Photo Voltaic System (SPVS) based Bridge Less Landsman Converter Inverter System (BLLCIS) that supplies an Induction Motor (IM) utilizing an FLC and compares the dynamic performance With a Sliding Mode Controller. The goal is to create an SPVS based Bridge Less Landsman Converter (BLLC) With better voltage regulation using FLC. Landsman Converter (LC) Was selected for this application because of its unique features. Based on solar illumination changes, this converter functions as a Buck-Boost converter. The performance of this Work is to shoiv that the fuzzy controller is outperforming SMC at different landsman converter operating points. The MATLAB simulation model results are shoWn and the dynamic performance is evaluated using key parameters such as settling time, rise time, peak time, and SSE as benchmarks. The dynamic performance of LC in the time domain is compared using the existing and proposed models and a determination is made. The investigation shoWs that the proposed framework has enhanced dynamic response in the time domain With high voltage gain.