Paper Key : IRJ************637
Author: Tejas Bhausaheb Varpe,Pratiksha Sanjay Shelke,Pratiksha Balasaheb Bhor,Saurabh Daulat Landge
Date Published: 04 Apr 2024
Abstract
The "Solar-Powered Multipurpose Agriculture Robot" is an innovative project designed to address the modern agricultural industry's evolving demands for efficient and sustainable farming practices. This robot integrates various technologies to automate and enhance agricultural tasks, making farming more productive and environmentally friendly. The core components of the project include a solar panel system for battery charging, DC motors for robot movement, a servo motor for seeding, a DC motor pump for pesticide spraying, and a high-torque GC motor for grass cutting. The project employs an ESP8266 microcontroller as its brain to manage and coordinate these components seamlessly. One of the project's standout features is its connectivity through a web-based interface. The robot is controlled via a website accessible through a Wi-Fi connection. This web-based control system offers convenience, accessibility, and real-time monitoring of the robot's activities.