MODIFIED IEEE 33-BUS AND 123-BUS AC-DC HYBRID TEST SYSTEMS

Citation Author(s):
Xue
Li
Northeast Electric Power University (China)
Bo
Li
Northeast Electric Power University (China)
Tao
Jiang
Northeast Electric Power University (China)
Fangxing
Li
The University of Tennessee
Rufeng
Zhang
Northeast Electric Power University (China)
Houhe
Chen
Northeast Electric Power University (China)
Submitted by:
Fangxing Li
Last updated:
Wed, 05/25/2022 - 02:47
DOI:
10.21227/fcsp-f683
Data Format:
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Abstract 

This document provides critical parameters for the IEEE 33-bus and 123-bus AC-DC hybrid test systems under grid-connected and island operations. It is associated with the manuscript "A Holomorphic Embedding Method for Solving Power Flow in AC-DC Active Distribution Network."

Instructions: 

The parameters of each DG, and the control modes and parameters of each VSC in the modified IEEE 33-bus AC-DC hybrid test system under grid-connected operation mode are shown in Tables A1 and A2 respectively.

 

The parameters of DGs under droop control in the modified IEEE 33-bus AC-DC hybrid test system under islanded operation mode are shown in Table A3.

 

The parameters of each DG, the control modes and parameters of each VSC, and the load data of each DC bus in the modified IEEE 123-bus AC-DC hybrid test system under grid-connected operation mode are shown in Tables A4, A5 and A6 respectively.

 

The parameters of DGs under droop control in the modified IEEE 123-bus AC-DC hybrid test system under islanded operation mode are shown in Table A7.

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