Abstract: There are a large number of frequency-domain analysis methods that are in widespread use. The most popular of these are frequency scans, harmonic penetration, and harmonic power flow. Each of these techniques can be employed on a “per-phase ” (positive or zero sequence) or “multi-phase ” basis and each technique utilizes an admittance matrix system model developed from individual component-level models connected according to system topology. The development of this admittance matrix system model and the frequency-domain harmonic analysis algorithms that make use of it are the subjects of this chapter. The methodology employed in the development of admittance matrix models is based on multi-port networ
This thesis describes a new algorithm for the harmonic analysis of power systems. Existing non-lin...
International audienceThis paper presents an analytical frequency-domain method for harmonic estimat...
This paper reviews different methodologies for interfacing time-domain and frequency-domain simulati...
Studying the impact of nonlinear devices on harmonic pollution represents a very important task, esp...
This paper presents a review with a concise description and analysis of the fundamentals, characteri...
Abstract- Harmonic modelling of small, low power non-linear devices is traditionally ignored due to ...
The frequency domain methods tor linear systems are well accepted by engineers and have been widely ...
Paper presents algorithm for frequency model estimation of non-linear loads. Algorithm takes time ba...
This paper describes two network modeling approaches. The s-domain or Y(s) and descriptor system app...
This paper presents an analytical frequency-domain method for harmonics modeling and evaluation in p...
This paper describes two network modeling approaches. The s-domain or Y(s) and descriptor system app...
This paper presents an analytical frequency-domain method for harmonic estimation able to assess har...
Harmonic analysis is a diverse field including such branches as signal processing, medical imaging, ...
The use of electronically controlled loads is the way used to improve the efficiency as well as the ...
System identification is a general term used to describe mathematical tools and algorithms that buil...
This thesis describes a new algorithm for the harmonic analysis of power systems. Existing non-lin...
International audienceThis paper presents an analytical frequency-domain method for harmonic estimat...
This paper reviews different methodologies for interfacing time-domain and frequency-domain simulati...
Studying the impact of nonlinear devices on harmonic pollution represents a very important task, esp...
This paper presents a review with a concise description and analysis of the fundamentals, characteri...
Abstract- Harmonic modelling of small, low power non-linear devices is traditionally ignored due to ...
The frequency domain methods tor linear systems are well accepted by engineers and have been widely ...
Paper presents algorithm for frequency model estimation of non-linear loads. Algorithm takes time ba...
This paper describes two network modeling approaches. The s-domain or Y(s) and descriptor system app...
This paper presents an analytical frequency-domain method for harmonics modeling and evaluation in p...
This paper describes two network modeling approaches. The s-domain or Y(s) and descriptor system app...
This paper presents an analytical frequency-domain method for harmonic estimation able to assess har...
Harmonic analysis is a diverse field including such branches as signal processing, medical imaging, ...
The use of electronically controlled loads is the way used to improve the efficiency as well as the ...
System identification is a general term used to describe mathematical tools and algorithms that buil...
This thesis describes a new algorithm for the harmonic analysis of power systems. Existing non-lin...
International audienceThis paper presents an analytical frequency-domain method for harmonic estimat...
This paper reviews different methodologies for interfacing time-domain and frequency-domain simulati...