This research compares and contrasts the present practices with a bidirectional DC-to-DC converter. The suggested converter was designed from the ground up to work with closed-loop regulation. It is possible to get high output voltage and amplification by using a controller to adjust the duty cycle of switches. A buck-boost circuit, which acts as a buck circuit during charging and as a boost circuit during discharging, is used to construct the DC/DC converter. This allows us to utilize a variety of power-related technologies that improve efficiency, lessen losses, and boost performance.