Automatic Solar Powered Pesticide Sprayer for Farming
DOI:
https://doi.org/10.37628/ijmet.v9i2.1964Abstract
The system integrates a range of components, including solar panels, battery storage, a pesticide tank, precision spraying mechanisms, sensors, and a sophisticated control system. These elements work harmoniously to optimize pesticide application, ensuring precise and efficient coverage while minimizing waste and environmental impact. Key features of this system include real-time data collection from various sensors, automated decision-making based on crop conditions and weather forecasts, and remote monitoring and control capabilities. The system is designed to adapt to changing field conditions and reduce the reliance on fossil fuels, making it a sustainable choice for modern agriculture. In this paper, we give a thorough overview of the architecture, parts, and functionality of the system. We discuss the results of rigorous testing and validation procedures, highlighting the system's performance, efficiency, and potential benefits for farmers. This system combines solar energy, automation, and precision spraying technology for efficient pest control. It's designed for precision spraying, remote monitoring, compatibility, navigation, safety, data storage, and easy maintenance. Furthermore, we address the system's environmental impact and its role in promoting sustainable farming practices.
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