- Mehmood Ul Haq
- Muhammad Shahzaib
- Kashif Muneer
- Talal Muzammil
The Air Quality Monitoring System is an IoT-based solution designed to measure and analyze air pollution levels. This repository focuses on integrating Arduino and the ESP module, creating a comprehensive network for air quality and heat monitoring.
- Arduino Integration: Utilizes Arduino microcontrollers for data collection and control.
- ESP Module: Incorporates seamless connectivity and communication.
- Real-time Data: Provides continuous updates on air quality parameters.
- Pollutant Measurement: Measures PM, NO2, SO2, CO, O3, and more.
- Monitoring Stations: Establishes stations for a comprehensive view of air quality.
- Arduino Microcontrollers
- ESP Modules
- DHT11 Sensors
- Sensors for Pollutant Measurement
This project includes a heat detection system utilizing the DHT11 sensor for temperature and humidity measurements, contributing to a comprehensive environmental monitoring network.
- DHT11 Sensor Integration: Measures temperature and humidity accurately
- Real-time Temperature Data: Provides continuous temperature updates for monitored areas
- Access real-time temperature and humidity data from designated monitoring stations.
- Analyze collected data for insights into temperature trends.
- Implement appropriate measures based on observed parameters.
- Clone the repository to your local machine.
- Connect Arduino, ESP modules, and DHT11 sensors following provided instructions.
- Upload the Arduino code to the microcontroller.
- Configure and deploy the ESP module.
- Run the system to start monitoring air quality, temperature, and humidity.
- Monitor real-time air quality data.
- Analyze data for insights into air pollution and temperature trends.
- Implement proactive measures based on observed parameters.
For issues or feedback, please contact me at [email protected].