Elektrık sayaçlarının uzun menzıllı kablosuz radyo frekansı teknolojısı ıle otomatık kaydı

The total installed base of Internet of Things (IoT) connected devices worldwide is projected to amount to 30.9 billion units by 2025 by the development of the Internet of Things (IoT) technology. It is observed that IoT devices are used in many areas of our lives. Smart home, energy monitoring, sensor control, etc. The most common communication methods which are used in many applications are GSM, Wi-Fi, ZigBee, Bluetooth, Microwave, and LoRa. LoRa (long-range area network) technology provides low power consumption and wide area coverage (LPWA). Nowadays the integration of IoT technology has become a necessity to enable remote reading of electricity meters. In this study, we combined the LoRa and microwave link because of the ability to send more data and to longer distances. It has been shown that this transmission is possible by using a long-range area network and microwave link together. With the extensive application of this work in the country's electricity sector. It is possible to combine two unlicensed band wireless communication technologies. The promoted platform will have many transmits and a wide smart grid for reading electricity meter readings. The data of electricity meters were read through the prepared software. Using LoRa wireless communication technology, the data read and collected at the gateway were sent to the data collection and evaluation center without any loss via microwave link.