In In the current state of things, one of most severe problems affecting the world is rising spoiling in a relatively simple food grain chain, the cause of which is unrestricted water consumption. Furthermore, the constant extraction of water from the ground lowers the water level, causing a lot of land to progressively migrate into unirrigated zones. As a result, we are developing an autonomous irrigation system that evaluates the soil moisture ofthe plant and releases water as needed, therefore reducing unnecessary water consumption.Also, our effort seeks to provide real-time data to farmers regarding soil, weather, and crop conditions, so that farmers may have manual control over the water pump over the internet,ensuring an effective future watering schedule. However, this configuration demands a significant amount of electricity, and given the looming shortage of non renewable resources, we are exploring using solar energy to powerour suggested system. The use of solar panels is quite common and economical, however stationary solar panels may not be able to provide much valuable energy owing to the suns passage from east towards west. As a result, we are including a new solar based tracking system in which the solar panel is attached to servo motor that monitors the sun, ensuring that solar panel remains inclined towards sun for most of the day. The suggested system is tested in real time, and the results reveal improved power and efficiency.
₹10000 (INR)
NON IEEE -2022