In this paper, a remarkable method for grid integration of a three-phase inverter utilizing Hysteresis Pulse Width Modulation (PWM) and a basic current-controlled technique is presented. The goal of the suggested approach is to improve distributed energy systems’ power electronic converter performance, especially in situations using renewable energy. The existing control scheme’s simplicity guarantees robust and dependable grid integration while being simple to deploy. A critical first step in creating robust and sustainable power networks is integrating renewable energy sources into the grid. In this sense, effective and dependable grid integration is largely dependent on the control schemes used in power electronic converters. The simplest current-controlled three-phase grid integration method uses hysteresis PWM control. A control technique called hysteresis PWM modifies the pulse width by comparing the actual current to a reference value. The power system’s three phases increase complexity in the context of grid integration, but they also allow for more control methods pertaining to converters.