| Title |
Study on Power Equipment Control Using Low-Latency, High-Reliability Wireless Communication Technology |
| Authors |
김영현(Younghyun Kim) ; 박명혜(Myung-Hye Park) ; 은창수(Chang-Soo Eun) |
| DOI |
https://doi.org/10.5370/KIEE.2024.73.8.1390 |
| Keywords |
Distribution Grid; Licensed-band Wireless Communication; e-WSN; LwM2M; e-IoT; Reliability; Latency |
| Abstract |
To enhance the integration of renewable energy and ensure the stable deployment and operation of smart grids, effective management of power equipment is crucial. Establishing a reliable communication network between field devices and operational systems is essential to meet these requirements. Specifically, communication technologies in power grids must offer high reliability and low latency to prevent incidents and enable quick post-event responses. This paper explores licensed-band wireless communication technologies and operational strategies suitable for use in power settings. Additionally, we demonstrate through empirical validation that the proposed technologies can provide stable communication performance, enabling effective power equipment management services. |