IoT-Enabled Solar-Powered Intelligent Agriculture System

The need for irrigation system water will fluctuate throughout the year, therefore a solar-powered pumping system approach needs to accommodate for this. The peak demand for irrigation systems is frequently more than twice as high as the average demand. This implies that for the majority of the year, solar irrigation pumps go unused. The mechanism for applying irrigation water to the crops should be given consideration. The irrigation pump system should reduce water losses while costing little and not adding much additional head to the irrigation pumping system. Groundwater systems can be driven or elevated using a variety of technological alternatives, such as wind turbines, windmills, generators, solar panels, and hand-operated pumps. Regional viability, water demand, system efficiency, and initial and ongoing expenses are the primary determinants of the best technology. The requirement for power and water reserves in the form of batteries and storage tanks is frequently one of the additional factors. Due to its durability and long-term economic advantages, solar-powered systems are frequently preferred over other alternative energy sources for usage in developing nations. We will use DC water pump in this implementation, as we know DC water pump required less voltage and more powerful as compare to AC pump.