Quantification of automotive gasoline using digital twin model

Its an IOT based project that will calculate the amount of fuel that a customer is getting from fuel station and will notify the customer that how much fuel did he get from fuel station in return of his money through a mobile application. we will set a liquid flow sensor in the  fue

Project Title

Quantification of automotive gasoline using digital twin model

Project Area of Specialization

Internet of Things

Project Summary

Its an IOT based project that will calculate the amount of fuel that a customer is getting from fuel station and will notify the customer that how much fuel did he get from fuel station in return of his money through a mobile application.

we will set a liquid flow sensor in the  fuel tank of the auto-motive and the sensor will be connected to microprocessor. First, when the refueling will be started, the liquid flow sensor will send the amount of fuel to the microprocessor, which will process the data an will send it to the mobile application and will notify the user.

Project Objectives

The prime objective of this project is to track the amount of fuel that the person is getting from the fuel station in return of his money.

To keep the record, if the person is getting less fuel in return of his money from the fuel station.

Project Implementation Method

• We will set a liquid flow sensor in the  fuel tank of the auto-motive.
• The sensor will be connected to microprocessor (Node MCU).
• First, when the refueling will be started, the liquid flow sensor will send the amount of fuel to the microprocessor.
• The microprocessor will process the data an will send it to the Database (Firebase).
• The data will be redirected from database to mobile application
• The mobile application display the data and notify the user.

Benefits of the Project

• will help the user from not getting fraud by the fuel station.
• will allow the user to track the amount of fuel he is getting from fuel station.

Technical Details of Final Deliverable

we will have a full workable system consist of;

• liquid flow sensor
• microprocessor (NODE MCU)
• database (FIREBASE)  
• mobile application

these systems will be connected to each other and will share the data amount them and the end result will be showed on mobile application.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

IT

Other Industries

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Decent Work and Economic Growth

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com