A locking and AC charging facilities for two-wheeler is disclosed. The system is meant for locking the two-wheeler and providing the AC power supply to charge their EV’s by plugging the charger. It has two different mechanisms to lock two-wheeler. It locks the front wheel of the bike and the body of the two-wheeler. It consists of a cabin that has space and AC power supply to fit entire charger to charge the EV. The system can include one or more vertical supports, one or more curved cantilevered crossbars pivotally connected to one or more vertical supports, one or more wheel locking mechanisms, and a control system. Each curved cantilevered crossbar can include two substantially relatively extending arms and a frame locking mechanism. The system also consists of boot space that store the charger for charging of EV vehicle. The body frame locking mechanism can be made up of one or more frame locking bars and one or more frame locking actuators. Each wheel locking mechanism can include a wheel locking bar and a wheel locking actuator. The charging connector boot space can include the socket, boot space and locking actuator. The locking mechanism control system can be configured to actuate the boot space lock, the body frame locking actuators and the wheel locking actuators. A user-friendly application to interact to the apparatus is developed.