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An IoT-based air pollution monitoring system using an ESP8266 and Arduino, along with GSM-SMS alerts, is a practical and useful project for monitoring air quality in real-time. This system allows you to collect data on various air pollutants and send alerts via SMS when air quality reaches a critical level. Here's a step-by-step guide to create such a system:
Components Required:
1. ESP8266 (NodeMCU or similar)
2. Arduino Uno or any other Arduino board
3. Gas sensors (e.g., MQ-2, MQ-7, or MQ-135 for detecting different gases)
4. GSM module (SIM800L or SIM900)
5. Power supply for GSM module
6. Breadboard and jumper wires
7. USB cable for programming ESP8266
8. Air pollution sensor(s)
9. Resistors (for sensor interfacing)
10. LCD display (optional)
11. Enclosure for the setup (to protect it from environmental factors)
12. External power supply for the whole system
Software Setup:
1. Arduino IDE: Install the Arduino IDE if you haven't already.
2. ESP8266 Support: Install the ESP8266 board package in the Arduino IDE if it's not already installed. You can do this through the Arduino Board Manager.
3. Libraries: You'll need libraries for interfacing with the GSM module and the air pollution sensors. Install them using the Arduino Library Manager. For the GSM module, you may need the Adafruit FONA library or a library specific to your GSM module. For the air pollution sensor, you might need specific libraries or write your own code for interfacing.
Circuit Connections:
1. Connect the air pollution sensor(s) to the analog pins of the Arduino.
2. Connect the ESP8266 to the Arduino through serial communication (Tx and Rx pins).
3. Connect the GSM module to the Arduino using hardware serial pins.
4. Power the sensors, ESP8266, and GSM module accordingly.
Programming: Write the Arduino code to read data from the air pollution sensors and send this data to the ESP8266 via serial communication. The ESP8266 will collect this data and send it to a cloud platform or a server. Additionally, it should monitor the air quality data and trigger the GSM module to send an SMS alert if the air quality goes below a certain threshold.
Cloud Integration: The ESP8266 can send air quality data to a cloud platform or a server, where you can analyze, store, and visualize the data. You can use platforms like ThingSpeak, Adafruit IO, or create your custom server for data storage and analysis.
This project allows you to remotely monitor air quality and receive SMS alerts when pollution levels exceed a set threshold, making it a valuable tool for environmental monitoring and safety. Remember to adapt the code and hardware connections according to your specific sensor and GSM module requirements.
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