Paper Key : IRJ************131
Author: Shravani Deepak Bhandare ,Akanksha Nagraj Dantkale ,Mrs. Amruta Ramesh Thokade,Mr. Pramod Prakash Shivgunde
Date Published: 03 Apr 2025
Abstract
This study presents the development of a CNG level detection and visualization system using an Arduino microcontroller, a load cell sensor, and Arduino IDE programming. The objective is to create an automatic real-time monitoring system that determines and displays the volume of CNG based on its weight. Various measurement methods were analyzed to select the most accurate approach, leading to the integration of a load cell with Arduino for precise and reliable weight measurement. The methodology involved hardware configuration, calibration, software development, and data processing algorithms to convert weight measurements into gas volume estimates. Testing results showed an error margin of 2% and a response time of under 1 second, confirming the systems reliability and accuracy. The system offers a non-intrusive and cost-effective alternative to conventional pressure sensors, making it suitable for industrial and household applications. Despite its effectiveness, improvements such as environmental adaptability, remote monitoring, and power efficiency enhancements are suggested. The findings demonstrate the feasibility of using weight-based measurement for CNG level detection, providing a scalable and practical solution for safer fuel monitoring and management. Future advancements will further enhance its applicability and efficiency in real-world scenarios.
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