International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 04 | Apr 2023
p-ISSN: 2395-0072
www.irjet.net
IOT BASED AUTOMATED PETROL PUMP Suraj Godse1, Namrata Khilari2, Pooja Tengle3, Prof. U.V. Pawar4 1,2,3B.E. Student, Department of Computer Engineering
4Professor, Computer engineering department Smt. Indira Gandhi college of engineering Mumbai, India
---------------------------------------------------------------------***--------------------------------------------------------------------All of these issues are addressed by the use of unmanned fuel Abstract - Almost all fuel pumps now feature a controlling pumps, which take less time to run, are effective, and can be located anywhere where the customer self-goes to use the services. Payment is processed via an electronic authorization system.
device that performs activities such as managing the electrical pump, operating the display, metering the flow, and switching the electrical pump off as needed. However, someone must still collect the funds. The project's major purpose is to develop a dispensing system that can automatically dispense petrol in the amount chosen by the client. The bulk of the places we go on a daily basis, such as workplaces, bus stops, railway stations, and schools, have gasoline distribution networks. In this section, we will argue for a petrol distribution technique that is current. There have been various challenges in India as a result of the dispensing of petrol to such a big number of autos at fuel stations. The motorist must pay for petrol in cash and may be required to pay more than the amount of fuel given because the station owner does not have access to tiny change. The RFID Based Automated Petrol Pump will eliminate manual effort, build an auto-guiding system, and perform each function in turn by utilizing RFID technology. These gadgets are easy to use and dependable. RFID tags, an 8051 microcontroller, a power supply, an LCD display, a motor driver, and an RFID reader are all utilized in this project. Petroleum is a precious and unique invention of nature. It is critical to utilize and distribute these items correctly if they are to thrive.
2. PROBLEM STATEMENT Most people use credit or debit cards to pay at the gas pump, which is one aspect of cashless payment, but it is a good approach if you own a car. But what about How will you fill the fuel if you have entrusted your car to a driver to fill the petrol pump or if your automobile is working with a cab service firm like OLA or UBER? So we propose a mechanism in which you may make payments remotely without handing over cash to your driver. I hope this approach meets the requirements of the preceding problem.
3. LITERATURE SURVEY The ATmega328 is commonly used in projects and autonomous systems that require a simple, low-cost microcontroller. The ATmega328 (EEPROM) has 1KB of Electrically Erasable Programmable Read-Only Memory. This feature implies that even if the power is switched off, the microcontroller can still store data and output results after receiving an electric source.
Key Words: Microcontroller, Dispensing system, Automated Petrol Pump system.
In addition, the ATmega-328 includes 2KB of static randomaccess memory (SRAM). The ATmega328 offers a variety of capabilities that make it the most popular gadget on the market today. Advanced RISC architecture, good performance, low power consumption, real timer counter with independent oscillator, 6 PWM pins, programmable Serial USART, programming lock for software security, throughput up to 20 MIPS, and so on are among the characteristics.
1. INTRODUCTION There have been various challenges in India as a result of the dispensing of petrol to such a big number of motor vehicles at fuel stations. The vehicle driver must pay for fuel with cash and may be required to pay more than the amount of fuel provided owing to a scarcity of small change available from the station operator. Petrol is one of the items that we require in our daily lives, whether directly or indirectly. Currently, fuel stations are run by hand. These gasoline pumps require more time and effort to operate. It is quite costly to locate fuel stations in remote places in order to give outstanding customer service. All of these issues are addressed by the use of unmanned fuel pumps, which take less time to run, are effective, and can be located anywhere the consumer self-goes to use the services. Payment is made via an electronic clearance system.
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Everything is now digital. In many modern systems, nearly all petrol pumps have a controlling unit that manages the electrical pump, runs the display, measures the flow, and finally turns off the electrical pump. However, a person is still required to collect the funds, and there is always the possibility of human mistake. We may get gas at numerous gas stations managed by various petroleum corporations using this proposed Cash Less Petrol pump automation system.
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