Smart Irrigation in Agriculture

Abstract

With this project, We tend to achieve thriving results by testing out the queries asked at the beginning of the paper. The aim of the smart agriculture system for giant or tiny scale and to create it smarter and simpler. Different sensors (Soil moisture sensor, Temperature and Humidity) with totally different another device (Water pump, NodeMCU, L298N motor driver, LED) are wont to create this project. Using Arduino proved profitable, it's able to serve numbers of various sensors, at constant time and the markets supply numerous sort and sizes of sensors. The mobile application is to regulate the system remotely. This permits a user to observe the whole system and if there's any downside or passing of water user will cut the system through this application. In our project we create two-part that’s are auto mood and manual mood. If the soil is dry the NodeMCU will send an email to the user and if the user gives the access of automation then the L298N motor driver will start irrigation automatically but if user doesn't want to irrigate that time then the user can handle it manually by switching On or Off the motor it will save water and electricity and the main part was saving our crops.