Paper Info
Title
A Full-View Synchronized Measurement System for the Renewables, Controls, Loads, and Waveforms of Power-Electronics-Enabled Power Distribution Grids
Abstract
With the rapid development of distributed renewables, DC transmission, and active loads, increasingly more power electronics are and will be introduced into distribution grids. This has led to an increasing need for a new synchronized measurement system that covers different scenarios and applications to improve the stability and reliability of power-electronics-enabled power grids. In this paper, a full-view synchronized measurement system (SYMS) for the renewables, controls, loads, and waveforms of power-electronics-enabled power distribution grids is established, and is composed of different types of synchronized measurement devices (SMDs) and a data center. A general design method for the synchrophasor estimation of SMDs in different scenarios is proposed by deducing phasor measurement error models. This is further applied in combination with the design of hardware and a communication protocol to develop SMDs for the measurement of the renewables, controls, loads, and waveforms of power-electronics-enabled power distribution grids. Then, a framework of the data center of the SYMS, as well as several potential applications based on real-time measurements, are presented and discussed. The SYMS is a comprehensive, shared, and open power system data platform for use by future researchers.
Year
DOI
Venue
2022
10.1109/TSG.2021.3112044
IEEE Transactions on Smart Grid
Keywords
DocType
Volume
Synchronized measurement,PMU,wide-area measurement,wide-area applications
Journal
13
Issue
ISSN
Citations 
5
1949-3053
0
PageRank 
References 
Authors
0.34
13
10
Name
Order
Citations
PageRank
Hao Liu162.60
Tianshu Bi21811.95
Sudi Xu300.34
Jinjun Liu446.38
Jin Lin5294.33
Z. M. Zhao6326.91
Fuwen Yang7105174.00
Han Ding849978.16
J. Shang900.34
S. Liu1000.34