IoT-Based Smart Water Irrigation System

Abstract

The IoT-Based Smart Water Irrigation System is a technology-driven solution designed to optimize water usage in agriculture and gardening. The system monitors soil moisture levels, environmental conditions, and water availability using sensors and automates the irrigation process accordingly. By incorporating IoT technology, the system enables remote monitoring and control through a user-friendly mobile or web application, ensuring efficient water usage, reduced wastage, and healthier crop growth. Hardware Components: Arduino Microcontroller (e.g., Arduino Uno): Serves as the central processing unit for reading sensor data and controlling the system. Soil Moisture Sensor: Measures the moisture content in the soil to determine when irrigation is required. Water Pump: Activates and deactivates to supply water to the field based on sensor readings. Relay Module: Controls the water pump operation by interfacing it with the microcontroller. Software Components: Arduino IDE: Used for writing and uploading code to the Arduino microcontroller. IoT Platform (e.g., ThingSpeak): For real-time data visualization and remote control. Displays soil moisture, temperature, humidity, and tank water levels.

Description

The IoT-Based Smart Water Irrigation System is a technology-driven solution designed to optimize water usage in agriculture and gardening. The system monitors soil moisture levels, environmental conditions, and water availability using sensors and automates the irrigation process accordingly. By incorporating IoT technology, the system enables remote monitoring and control through a user-friendly mobile or web application, ensuring efficient water usage, reduced wastage, and healthier crop growth.

Block Diagram

Project Video