| Abstract: |
Agriculture is one of the most important aspects for economic growth and food security. Conventional irrigation practices are prone to overuse of water and high energy consumption. To overcome these challenges, this paper presents a Green Intelligent Agriculture Irrigation System using Solar Panels for the sustainable farming applications. The proposed system integrates solar photovoltaic technology, soil moisture sensors and automated control mechanisms for optimizing irrigation efficiency. Soil moisture sensors provide continuous monitoring of soil conditions and transmit real-time data to a microcontroller-based control unit that automatically controls water flow according to the crop requirements. The irrigation system is powered by solar energy, reducing reliance on conventional electricity and lowering operating costs. The smart irrigation approach enhances water conservation, improves energy efficiency and increases crop productivity while supporting the environmentally. The intelligent irrigation approach enhances water conservation, improves energy efficiency, and increases crop productivity while supporting environmentally sustainable agricultural practices. The proposed system contributes toward eco-friendly agriculture by reducing water wastage, carbon emissions, and energy consumption in modern farming environments. |
