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SENSOR NETWORK-BASED LPG MONITORING AND AUTOMATIC CYLINDER BOOKING SYSTEM DEVELOPMENT

R. Sireesha, C. Venkataiah, Manjula Jayamma

Abstract


Due to its affordability, ease, or preference as a fuel source, LPG is frequently utilised for cooking in many different countries. In order to automatically book new LPG cylinders and detect gas leaks, this study focuses on the implementation of the Internet of Things (IoT) for measuring and displaying the petrol content present in residential LPG cylinders. Since the amount of LPG in a cylinder is typically unknown, we will show the level of LPG. A load sensor (SEN-10245) is used to measure the LPG level.Attached to the sensor's output is an Arduino R3. When the GSM Module is utilized, the user receives information by SMS (short messaging service), and automatic reservations are made by phoning the designated gas booking number. Next, a gas sensor (MQ-6) detects the gas leak. This allows us to continuously display the current LPG level on the LCD and allows us to detect it. From the date of initialization, we are able to determine the authenticity of LPG usage. Utilising IOT, the user receives a notification on their mobile device when the LPG level drops to a crucial 20%.We avoid pre-booking and late booking by automatically scheduling a fresh LPG by dialling the gas booking number. Then, we may stop LPG gas explosion incidents in the house by detecting gas leaks.


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References


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