Robust and Real-Time State Estimation of Unstable Microgrids Over IoT Networks

Smart grid is expected to make use of Internet-of-Things (IoT) networks reliably monitor its state from remote places.However, due a potentially unstable nature smart plant, in particular, when using renewable energy sources, and an unreliable wireless channel used IoT, it challenging task track the grids. This article proposes robust communication framework for estimation/tracking microgrids, which key component grid. We present IoT-integrated system status microgrids over network. A delay-universal-based error correction code utilized achieve reliable real-time estimation microgrids. To exploit features delay-universal coding scheme, we propose iterative technique. Through numerical results, show that proposed scheme can closely microgrid. also impact network parameters on performance. The performance compared with traditional scheme. substantially outperforms