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Interharmonics: Theory and Modeling

delete2007-10-01
delete266
PRE
AI
A
A. Testa
M
M.F. Akram
R
Reuben F. Burch
G
G. Carpinelli
G
G. W. Chang
D
Dinavahi, V.
C
Constantine J. Hatziadoniu
W
W.M. Grady
E
E.W. Gunther
M
Mark Halpin
P
Peter W. Lehn
Y
Y. Liu
R
Roberto Langella
M
Michael Lowenstein
T
T.H. Ortmeyer
S
Satish J. Ranade
P
Paulo F. Ribeiro
N
N.R. Watson
J
J. Wikston
W
Wenyuan Xu
DOI：10.1109/TPWRD.2007.905505delete
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Abstract

Abstract

En 中文
Some of the most remarkable issues related to interharmonic theory and modeling are presented. Starting from the basic definitions and concepts, attention is first devoted to interharmonic sources. Then, the interharmonic assessment is considered with particular attention to the problem of the frequency resolution and of the computational burden associated with the analysis of periodic steady-state waveforms. Finally, modeling of different kinds of interharmonic sources and the extension of the classical models developed for power system harmonic analysis to include interharmonics are discussed. Numerical results for the issues presented are given with references to case studies constituted by popular schemes of adjustable speed drives.
Keywords:
Discrete Fourier transform (DFT)
frequency resolution
harmonic analysis
interharmonics

Journal

IEEE Transactions on Power Delivery cover
IEEE Transactions on Power Delivery
IF:
3.7
Papers:
9.1K
Citations:
2.2W

Organization

No organization information available