Electric charging vehicle (EV's) battery packs are indeed a possible source of energy conservation for micro grids. Battery-powered automobiles may be able to assist micro-grids with saving energy by storing excess the grid electricity for the purpose of the electrical vehicle and restoring it to network when needed. Because EV technology is progressing quickly and cost of batteries are falling, the inclination for electric mo-bility has indeed been rising. The lengthy battery charge con-troller becomes a problem as a result. Incredibly quickly sta-tions are being designed to address this issue. The issue of lengthy rechargeable batteries has been resolved by quick charging stations, however this adds to the microgrid's strain. This study presents a control method for such a Micro grid that includes distributed power generation with electric drive incred-ibly quickly stations. This paper primary objective is to decrease voltage droop & swelling problems by employing an electric vehicle's batteries as just a dc supply for such a Dynamic Voltage Restorer (DVR) device. The outcomes of simulations in MATLAB/SIMULINK show that the proposed electric vehicle to grid method can enhance power quality by reducing volt-ages swell and sagging.