Intelligent Autonomous System for Eco-Friendly and Sustainable Irrigation

Abstract

The invention helps optimize irrigation in agriculture through a smart, autonomous system that uses advanced technologies to manage water more efficiently and sustainably. The system incorporates environmental sensors to measure soil moisture, air temperature, light levels, precipitation, and other factors, as well as a connected camera to monitor plant growth and detect potential diseases. An artificial intelligence (AI) model analyzes this data to adjust irrigation in real time, taking into account the specific needs of crops and weather conditions. The system also takes weather forecasts into account, automatically adjusting irrigation to prevent water waste. It operates autonomously using green energy sources, such as solar power or others, ensuring it is independent of external energy sources. With an innovative and high-performance design, the system offers simplified management through a web and mobile app, allowing users to monitor and control irrigation remotely. This solution provides efficient and eco-friendly water management, contributing to more sustainable agriculture and improved plant growth.