Accurate measurement of air flow is crucial in various applications, including ventilation systems, HVAC systems, and environmental monitoring. Traditional air flow meters can lack precision, especially in low flow rates or small-scale systems. There is a need for a high-precision air flow rate monitoring system that provides accurate, real-time data for industrial, research, or healthcare applications.
This project focuses on designing and building a high-precision air flow rate measurement system that uses sensors and a microcontroller to monitor air flow. The system will be capable of measuring low and high flow rates accurately and providing real-time feedback on a digital display. It will be used in various applications such as controlling air quality, optimizing HVAC systems, and monitoring airflow in clean rooms or laboratories.