Frequency domain methods for accuracy assessment of wideband models in electromagnetic transient stability studies
Modern power systems face several problems at frequencies above the range of traditional
stability studies due to the increasing penetration of power electronic devices. This …
stability studies due to the increasing penetration of power electronic devices. This …
Necessary and sufficient conditions for harmonic control in continuous time
In this article, we revisit the concepts and tools of harmonic analysis and control and provide
a rigorous mathematical answer to the following question: When does an harmonic control …
a rigorous mathematical answer to the following question: When does an harmonic control …
High-performance implementation of power components on FPGA platform
Recently, the utility electric grid has been facing many problems in power quality because of
using power electronic devices for controlling most of the Alternating Current and Direct …
using power electronic devices for controlling most of the Alternating Current and Direct …
Dynamic harmonic domain modeling and stability augmented design of inverter interface to weak and unbalanced grid
Unbalanced distribution network/loads and asymmetrical faults are frequent in power
systems. Distributed energy resources employing inverter interfaces need to ride through …
systems. Distributed energy resources employing inverter interfaces need to ride through …
A comparison of harmonic modeling methods with application to the interconnection and the control of switched systems
Many harmonic modeling approaches have been introduced in the literature, such as
generalized state-space averaging, dynamic phasors, extended harmonic domain, and …
generalized state-space averaging, dynamic phasors, extended harmonic domain, and …
Dynamic phasor-based analysis of unbalanced three-phase systems in presence of harmonic distortion
In this paper, a frequency-based analytical approach for dynamic analyzing of unbalanced
three-phase systems in the presence of harmonic distortion using sequence domain is put …
three-phase systems in the presence of harmonic distortion using sequence domain is put …
Coupled harmonic admittance identification based on least square estimation
Y Li, Z Deng, T Wang, G Zhao, S Zhou - Energies, 2018 - mdpi.com
Norton equivalent circuit is a commonly used model in estimating harmonic current
emissions of harmonic sources. It however cannot reflect the mutual coupling relationships …
emissions of harmonic sources. It however cannot reflect the mutual coupling relationships …
Closed-Form calculation of linear Time-Periodic systems via the dynamic flexible extended harmonic domain
The flexible extended harmonic domain (FEHD) is a HD-based technique which has been
applied to the modeling of modern power systems for waveform distortion studies. The …
applied to the modeling of modern power systems for waveform distortion studies. The …
Harmonic Control of Three-Phase AC/DC Converter With Time-Domain Guarantees
In light of recent advances in harmonic modeling and control theory, we present a novel
approach for controlling a three-phase grid-tied ac–dc converter. Our methodology involves …
approach for controlling a three-phase grid-tied ac–dc converter. Our methodology involves …
A comparison of harmonic modeling methods with application to control of switched systems with active filtering
Many harmonic modeling approaches have been introduced in the literature, such as
generalized state-space averaging, dynamic phasors, extended harmonic domain, and …
generalized state-space averaging, dynamic phasors, extended harmonic domain, and …