139 / 2023-10-19 15:44:10
Remote Real-time Monitoring System for Power Quality Using 5G Synchronous Waveform Collection
Synchronous waveform acquisition, power quality, real-time monitoring, 5G communication technology, GPS and Beidou
Draft Accepted
Bin Zhao / State Grid Beijing Electric Power Company
Dongxue Ma / State Grid Beijing Electric Power Company
Boheng Xu / State Grid Beijing Electric Power Company
Jing Cai / State Grid Beijing Electric Power Company
Zhao Yu / State Grid Beijing Electric Power Company
Yaqi Yang / State Grid Beijing Electric Power Company
To achieve high-precision synchronous measurement of time-domain waveforms in different scenarios, this paper uses the advantages of 5G communication technology such as large bandwidth, low latency, and high-precision synchronization to propose the real-time acquisition of synchronous waveforms and remote power quality monitoring technology using GPS and Beidou dual timing. This article first analyzes the causes of GPS and Beidou timing errors. Secondly, the architecture and hardware design of a synchronous waveform collection terminal using 5G modules, GPS, and Beidou modules are proposed. Finally, an on-site installation test was conducted on the terminal designed in this article to verify the synchronization accuracy and power quality monitoring performance. Experimental results show that the terminal designed in this article can realize the functions of synchronous waveform collection and real-time monitoring of power quality.
Important Date
  • Conference Date

    Dec 08

    2023

    to

    Dec 10

    2023

  • Nov 01 2023

    Draft paper submission deadline

  • Dec 10 2023

    Registration deadline

Sponsored By
IEEE IAS
Organized By
Southwest Jiaotong University (SWJTU)