Appendix of Paper Distributed Optimal Disturbance Rejection Control for Economy Oriented Load Frequency Control in Nonlinear Multiple Microgrids

Citation Author(s):
Xiao
Qi
Submitted by:
Xiao Qi
Last updated:
Sun, 03/31/2024 - 06:47
DOI:
10.21227/8cxm-yr57
License:
33 Views
Categories:
Keywords:
0
0 ratings - Please login to submit your rating.

Abstract 

In high renewable energy sources penetrated multiple microgrids (MMGs), conventional fast timescale load frequency control (LFC) and slow timescale economic dispatch become much less economically efficient. In this paper, the economy-oriented LFC problem of nonlinear MMGs is framed and a distributed optimal disturbance rejection control method is proposed to address this problem. In particular, this method has excellent anti-disturbance capability in dealing with power imbalances, critical parameter variations, and measurement noises. Furthermore, the nonlinear characteristics such as the transmission losses and operational constraints are taken into account to construct the proposed method. Numerical cases are designed to validate the effectiveness of the theoretical results.

Instructions: 

The related parameters and matrics of paper Distributed Optimal Disturbance Rejection Control for Economy Oriented Load Frequency Control in Nonlinear Multiple Microgrids.

Dataset Files

    Files have not been uploaded for this dataset

    Documentation

    AttachmentSize
    File Appendix.pdf191.32 KB