Enerlink: Empowering EVs with Dynamic Vehicle-To-Vehicle Charging

Abstract

This paper proposes a smart charging system aimed at optimizing the utilization of energy resources in vehicles. An Arduino Uno microcontroller, acting as the central processing unit, interfaces with various sensors, primarily a DC voltage sensor linked to a 12V battery. Continuously monitoring the battery's voltage level, the system detects when the battery is nearing depletion. At this juncture, the driver can trigger a request for charging assistance by pressing a designated push button. Upon activation, the system employs a ZigBee module to transmit the request to nearby vehicles equipped with compatible receivers. The recipients are then prompted to respond to the request through a real-time IoT webpage. Once a nearby vehicle accepts the request, acknowledgment status is relayed back to the initiator, informing them of the successful arrangement.  This innovative system leverages IoT technology to foster efficient communication and collaboration among vehicles, enabling timely assistance in critical situations. By facilitating seamless interactions between drivers and their surrounding environment, the proposed solution aims to enhance overall energy management and ensure uninterrupted mobility, thereby promoting sustainability and convenience in the realm of vehicular operations.