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Solar-Powered, Multi-Use, Remote-Controlled Farm Robot

Vishal R. Beldar, Rupali V. Deore, Siddhesh M. Bhavsar, Mahesh B. Dembrani

Year
2024
Citations
1

Abstract

In India, where agriculture is a crucial part of the economy and a large portion of the population is involved in farming, there is a growing need for innovative, efficient, and sustainable agricultural practices. This study introduces the design and development of a Solar Powered Remote Operated Multipurpose Agriculture Robot that aims to revolutionize traditional farming methods. The main goal of this research is to create a versatile agricultural robot that can perform essential tasks like ploughing, seed feeding, grass cutting, and crop watering. By utilizing solar energy and batteries, the Solar Powered Remote Operated Multipurpose Agriculture Robot (SPROMAR) offers an environmentally friendly and cost-effective solution for agricultural needs. Throughout this paper, proper recognition is given to original sources, ensuring academic integrity and originality in every aspect, including literature reviews, methodologies, and findings.

Keywords

Solar poweredComputer scienceRobotEnvironmental scienceRemote sensingSolar energyElectrical engineeringArtificial intelligenceEngineeringGeology

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