System Overview
A comprehensive environmental monitoring system powered by solar energy with wireless data transmission and real-time sensor integration for air quality trackingDeveloped and validated a comprehensive, energy-autonomous air quality monitoring system powered by solar energy, featuring the integration of PM2.5, CO2, temperature, and humidity sensors into a single device. This system utilizes wireless data transmission to continuously send real-time environmental readings to a portable receiver unit, which provides immediate, on-site visualization through a display and LED indicators, with additional capability for optional laptop monitoring. The project culminated in successful controlled indoor and outdoor testing to confirm the accuracy and long-term reliability of the real-time sensor measurements.
Tech Stack
Solar Powered
Sustainable operation with battery backup
Multi-Sensor
PM2.5, CO2, temperature, humidity integration
Real-Time Monitoring
Live wireless data transmission
Project Demo
Engineering Features
Developed a solar-powered air quality monitoring system with wireless data transmission and real-time environmental sensing.
Integrated PM2.5, CO2, temperature, and humidity sensors into a single monitoring device and transmitted readings to a receiver unit, with optional laptop monitoring.
Built a portable receiver unit with a display and LED indicators for real-time air-quality visualization.
Conducted controlled indoor and outdoor tests to validate measurement accuracy and system reliability.
CAD & Mechanical Models
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