Novel Integrated Type-2 Fuzzy MPPT Based Boost-Cuk Converter for Grid Tied PV Charging Station Applications

Due to rising energy demand and scarcity of fossil fuels, the electric vehicle (EV) and renewable energy generation have advanced significantly. At the same time, when EVs are grouped in a charging station, they consume a massive quantity of power, which may have a substantial influence on grid functioning. As a result, putting renewable energy at charging stations is viewed as a possible win-win option. By incorporating renewable energy, charging stations may significantly reduce the amount of electricity consumed from the grid, hence lowering the necessary grid capacity. This study proposes a Novel Integrated Type-2 Fuzzy MPPT Based Boost-Cuk Converter for Grid-Tied PV Charging Station Submissions. Although PV panels have various advantages, they also have certain limitations, such as their reliance on the environment. To address this, an optimal power point-tracking approach based on Type-2 Fuzzy (Type-2 Fuzzy MPPT) has been implemented. Initially, the lithium-ion battery is charged using a smart grid and a PV system. An integrated DC/DC Boost-Cuk converter with a high improvement is utilized to deliver extra power to the grid via a single phase inverter. The proposed method is confirmed using computation with MATLAB 2021a/Simulink software, and the hardware is built with a DSPIC30F4011 controller. In this comparison graph the efficiency of the converter has 93% and MPPT efficiency has the value as 92.6% for Type 2 Fuzzy.