Evaluation of IRP, FBD, SD, and generalized non-active power theories

Most of modern power equipments connected to the grid must be viewed as non-linear loads producing voltage and current harmonics, subharmonics, and quasi-periodic and stochastic disturbances even under normal operation conditions. An analysis and comparison of usage of different power theories for t...

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Bibliographic Details
Main Authors: Valouch, V., Muller, Z., Svec, J., Tlusty, J.
Format: Conference Proceeding
Language:English
Subjects:
active current
averaging time interval
Economic indicators
Electric power system
FBD power theory
Frequency modulation
generalized non-active power theory
Harmonic analysis
instantaneous reactive power theory
non-periodic disturbances
parallel compensation
Power harmonic filters
reference voltage vector
simulation
synchronous detection power theories
Vectors
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Summary:Most of modern power equipments connected to the grid must be viewed as non-linear loads producing voltage and current harmonics, subharmonics, and quasi-periodic and stochastic disturbances even under normal operation conditions. An analysis and comparison of usage of different power theories for the parallel compensation of periodic and non-periodic disturbances is presented in the paper. Different reference voltage vectors and averaging time intervals are applied in the power theories.
DOI:10.1109/EEEI.2012.6376914