Smart Sprinkler System

Abstract

Abstract: The research paper provides a comprehensive overview of the system's design, which includes selecting appropriate solar panels and DC motors. The paper describes the mounting structure's design and construction, which was designed to ensure the system's stability and durability. The paper also discusses the integration of the soil moisture sensors, which are essential for the system's optimal performance. The sensors were calibrated to ensure accurate measurements of the soil's moisture content. The system uses solar panels to generate electricity, with a DC motor rotating the sprinkler according to the sun's direction, ensuring optimal energy efficiency. The system's control unit integrates soil moisture sensors, which measure the moisture content of the soil and activate or deactivate the sprinkler accordingly. The research paper includes the results of the system's performance evaluation under various environmental conditions. The system's energy efficiency was found to be optimal, with the solar panels generating sufficient power to operate the sprinkler and the DC motor rotating the sprinkler efficiently. The soil moisture sensors were also found to be highly accurate, ensuring that the sprinkler was activated or deactivated based on the soil's moisture content. The system's performance evaluation also demonstrated that it can reduce water usage by up to 70%, making it an effective solution for water conservation in agriculture.