Description
Arduino Based Smart Irrigation System
Project Overview: The Arduino Based Smart Irrigation System is an innovative and efficient solution designed for EEE final year students. This project leverages the power of Arduino Uno as the main microcontroller to automate and optimize the irrigation process. It ensures that the plants receive the right amount of water at the right time, promoting healthy growth and conserving water.
Components:
- Arduino Uno: The heart of the system, responsible for processing sensor data and controlling the relays.
- SMPS 12V 5A: Provides a stable power supply to the system, ensuring reliable operation.
- Soil Moisture Sensor: Continuously monitors the soil moisture level, providing real-time data to the Arduino.
- 3-Channel Relay Module: Controls the irrigation system’s water pumps or valves based on the soil moisture readings.
- I2C with LCD: Displays real-time soil moisture levels and system status, offering easy monitoring and control.
Project Highlights:
- Automated Irrigation: The system automatically waters the plants when the soil moisture level drops below a predefined threshold, ensuring optimal soil conditions.
- Water Conservation: By delivering water only when needed, the system significantly reduces water wastage, making it an eco-friendly solution.
- Easy Monitoring: The I2C LCD provides a user-friendly interface to monitor the system’s status and soil moisture levels at a glance.
- Reliable Power Supply: The SMPS 12V 5A ensures that all components receive a consistent and reliable power supply, enhancing the system’s stability and performance.
Applications: This Arduino Based Smart Irrigation System is ideal for:
- Home gardens
- Agricultural fields
- Greenhouses
- Horticultural setups
Why Choose This Project:
- Educational Value: Gain hands-on experience with Arduino programming, sensor integration, and relay control.
- Innovative Solution: Contribute to sustainable agriculture by developing a smart irrigation system that conserves water and promotes plant health.
- Real-World Impact: Implement a practical solution that can be scaled up for larger agricultural applications.
Conclusion: The Arduino Based Smart Irrigation System is a comprehensive project that combines technology and sustainability. It offers EEE final year students an opportunity to develop skills in embedded systems and automation while addressing a critical need in agriculture. This project not only enhances technical knowledge but also contributes to environmental conservation.
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