Enhancing Solar Energy Grid Integration with SVPWM Controlled Three-Leg Inverter

This study proposes a novel method for improving the grid's ability to integrate solar energy using a three-leg inverter controlled using space vector pulse width modulation (PWM) techniques. To achieve high efficiency and reliability in grid-connected solar applications, the suggested system uses the benefits of both three-leg inverter designs and sophisticated PWM control algorithms. This study show the superior performance of the suggested system in terms of decreased harmonic distortion, higher power quality, and seamless grid synchronization through simulations and experimental validation. The findings demonstrate how this technology has the potential to make a significant contribution to a reliable and durable solar energy infrastructure that is connected to the current grid. This study paves the road for more effective solar resource use and emphasizes the value of cutting-edge control methods in improving the grid integration of renewable energy sources.