Rancang Bangun Trainer Pengendali Kecepatan Motor DC Berbasis Mikrokontroler sebagai Media Pembelajaraan Mahasiswa
Keywords:
modul trainer, kecepatan motor, kontrol PID, real time, motorAbstract
Prepaid electricity payment systems using digital tokens are increasingly being used both for the installation of new customers and migration from customers who still use analog systems, when filling tokens often requires physical presence at meter locations that are difficult to reach, causing inconvenience to users. This study designs an Internet of Things (IoT)-based electricity token filling tool using an ESP32 type microcontroller, which allows remote filling without physical presence. This system is equipped with 12 relays for token input and ESP32- CAM for visual documentation. The web interface is used for real-time control and monitoring. Tests show that this tool is able to fill tokens with high accuracy and efficiency, as well as increase user convenience in prepaid electricity token management. With this innovation, the token filling process becomes easier and can be accessed from anywhere. Further development can expand the application of this system on a larger scale. This system can also be integrated with other technologies to improve its functionality. In addition, this tool can be customized to the specific needs of users in various environments.
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