Sistem Pendataan Pembeli Minyak Tanah Di Kota Larantuka Kabupaten Flores Timur Menggunakan Rfid Pada E-Ktp Berbasis Iot

Lukas, Roland Iscam Welkis (2022) Sistem Pendataan Pembeli Minyak Tanah Di Kota Larantuka Kabupaten Flores Timur Menggunakan Rfid Pada E-Ktp Berbasis Iot. Undergraduate Thesis thesis, Institut Teknologi Telkom Purwokerto.

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Abstract

Today's fuel needs are increasing, thus making some types of fuel scarce. Kerosene is one of the fuels that is often used by the people of Larantuka City, East Flores Regency in meeting household needs every day. Purchasing kerosene is subject to the requirement to show an ID card for each transaction. In the transaction process, data will be recorded on the KTP manually, which will take a long time. Therefore, we need a system that can help sellers of kerosene in collecting data so that the transaction process can run quickly. In this study, the prototyping method was used as a guide in solving problems starting with gathering system requirements, hardware and software design, prototype evaluation, system coding, system testing, system evaluation and field implementation. The Internet of Things (IoT) based kerosene buyer data collection system uses Arduino Uno as a microcontroller by utilizing the NodeMCU ESP8266 as a system connection to the internet network (hotspot). The ultrasonic sensor instead of the switch will work if the buyer approaches the system, the LCD backlight automatically turns on. The ID card is read by the RFID sensor and a unique code will be sent to the website via NodeMCU. The kerosene buyer's data collection system is expected to be a solution for faster and automatic data collection. From the results of testing the tool, where the ultrasonic sensor that is used as an automatic switch to turn on and off the system when objects approach within an average distance of 30.2 cm, and the system will turn off when objects move away more than a distance of 31.35333333 cm and RFID as a sensor to read unique codes The KTP was successfully read at an average distance of 0.426666667 mm and the KTP was not legible when the distance was > 1.6 cm. The unique KTP code is read and Arduino Uno sends it to NodeMCU ESP8266 to be forwarded to the website. Keywords: Kerosene, RFID, e-KTP, Arduino Uno, NodeMCU ESP8266, Website, IoT

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