Abstract
In response to the evolving demands of contemporary agriculture, the Solar-Based Smart Agriculture Irrigation Robot project represents an innovative integration of robotics and renewable energy to enhance the efficiency and sustainability of farming practices. This project aims to develop a versatile, autonomous robot equipped with a suite of functionalities, including automated irrigation, vegetation management, seeding, and targeted watering. Powered by a 2S Li-ion battery pack, supported by a 12W solar panel, the robot demonstrates a commitment to eco-friendly energy use and operational resilience in off-grid agricultural regions. Through a user-friendly mobile app interface, farmers can remotely control and monitor the robot, revolutionizing farm management. The project's significance lies in its potential to address challenges such as water scarcity and labor shortages, contributing to precision agriculture and fostering a greener future for farming practices. This abstract encapsulates the project's dedication to technological innovation, efficiency, and sustainable agriculture.
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