DESIGN AND IMPLEMENTATION OF INTELLIGENT ELEVATOR

Abstract

This project presents the development of an intelligent elevator system that employs Arduino based motor speed control to facilitate vertical movement. The system utilizes a stepper motor to maneuver the elevator in response to numeric input from a keypad, enabling efficient and controlled ascents or descents. The absence of position sensors streamlines the design, rendering it cost-effective and simple. Additionally, a display incorporated into the system visually indicates the elevator's direction, enhancing user experience and understanding. The implementation showcases a practical and viable approach for enhancing elevator functionality while considering cost-efficiency and simplicity.