RFID Based Automatic Stackable Car Parking System

Abstract

The increasing number of vehicles and limited parking spaces in urban areas have made efficient parking management a pressing challenge. This project proposes a Smart Multi-Story Car Parking System that leverages lot and embedded systems to streamline parking operations. The system utilizes Arduino microcontrollers, stepper motors, RFID technology, and IR sensors to automate vehicle detection, slot allocation, and transport processes. Real-time status indicators and an intuitive software interface enhance user convenience while optimizing space utilization. Designed for urban infrastructure, this system minimizes search time, eliminates unnecessary human intervention, and promotes efficient parking management with cost-effective and simple technology. RFID-based automatic stackable car parking system, designed to optimize parking space utilization and reduce congestion in urban areas. The system utilizes RFID technology to identify vehicles, automate parking slot allocation, and facilitate efficient vehicle retrieval. A stackable parking mechanism enables maximum space utilization, while a user-friendly interface provides real-time parking availability and guidance. The proposed system aims to reduce parking time, minimize manual intervention, and enhance overall parking experience. Experimental results demonstrate the effectiveness and efficiency of the proposed system, making it a promising solution for modern urban parking challenges.