Creation of a start-up for the installation of automatic drip irrigation system powered by PV panels

Abstract

this thesis explores the integration of modern technology and renewable energy into agricultural irrigation systems to enhance food security. It begins by addressing the global challenges facing food production, including climate change and outdated irrigation methods. Moving forward to present the components of a smart irrigation system, including sensors, pumps, valves, and human- machine interfaces. Next we introduce the integration of solar energy through photovoltaic panels, MPPT algorithms, and power converters (Buck, Boost, Buck-Boost). Finally, we have shown the practical implementation using Arduino, sensors, and a control system small prototype. A startup guide is included for scaling the solution to market.