Volume 2 - Issue 2, March - April 2026

By dispersing germicides, diseases, and nutrients, agrarian spraying is essential to crop productivity. Conventional spraying styles use either energy- powered outfit or homemade labour, which leads to high operating costs, health hazards, erratic scattering patterns, and environmental damage. This work presents the design and development of a slice- edge solar- powered sprayer that uses automated detector control and renewable energy sources to overcome these problems. A photovoltaic solar panel, rechargeable battery, Arduino- grounded regulator, DC pump, and a number of detectors, similar as inflow, temperature- moisture (DHT22), soil humidity, ultrasonic, and current detectors, are all included in the system. The microcontroller analyses real- time data from these detectors and automatically manages the scattering process, icing effective chemical use while reducing mortal involvement. This approach improves energy effectiveness, minimizes chemical destruction, enhances driver safety, and promotes sustainable husbandry styles.

Ritesh Devendra Gawas, Ankita Tanaji Sail, Shivraj Styawan Rawool, Aditya Vinayak Kadam, Dion Poly Girkar, Mr.Siddhesh S. Ghadigaonkar,"Design and Implementation of An Advanced Solar Powered Sprayer" International Journal of Advanced Multidisciplinary Research and Educational Development, V2(2): Page(369-372) Mar-Apr 2026. ISSN: 3107-6513. www.ijamred.com. Published by Scientific and Academic Research Publishing.