Phasor Measurement Units (PMUs) may improve the line parameters estimation process, but the accuracy of the result suffers from all the elements of the PMU-based measurement chain. Systematic errors of instrument transformers can be included in the estimation model, but, in particular, current transformers are nonlinear and thus their modelling is not straightforward. In this regard, the paper analyzes the impact of current transformers on the line parameters estimation performance using a detailed description of the transformer behavior under different operating conditions
The parameters of the transmission lines are used in several monitoring and control tools of the pow...
Measurements of synchronized phasors, frequency and rate of change of frequency from different locat...
We consider the following two estimation problems from synchrophasor measurements: first, estimation...
Phasor Measurement Units (PMUs) may improve the line parameters estimation process, but the accuracy...
Nowadays, in modern management and control applications, line parameters need to be known more accur...
The knowledge of line parameters is fundamental for building a network model that can become the bas...
One of the key tools for the effective operation of the power system is the accurate knowledge of tr...
Accurate monitoring tools are fundamental for the proper operation of the transmission grids. In thi...
Several monitoring, protection, and control applications designed for modern power grids are based o...
The accurate representation of the transmission line parameters is essential for several monitoring ...
In the context of modern power systems, the availability of accurate knowledge of line parameters is...
This paper presents a method to estimate parameters of a 3-phase line segment using PMU data. The no...
Proposals have been presented in literature to estimate line parameters and monitor their changes. S...
Line parameters are the foundation of an electric network model, which is the basis for many monitor...
The availability of accurate data is fundamental for several monitoring and control applications of ...
The parameters of the transmission lines are used in several monitoring and control tools of the pow...
Measurements of synchronized phasors, frequency and rate of change of frequency from different locat...
We consider the following two estimation problems from synchrophasor measurements: first, estimation...
Phasor Measurement Units (PMUs) may improve the line parameters estimation process, but the accuracy...
Nowadays, in modern management and control applications, line parameters need to be known more accur...
The knowledge of line parameters is fundamental for building a network model that can become the bas...
One of the key tools for the effective operation of the power system is the accurate knowledge of tr...
Accurate monitoring tools are fundamental for the proper operation of the transmission grids. In thi...
Several monitoring, protection, and control applications designed for modern power grids are based o...
The accurate representation of the transmission line parameters is essential for several monitoring ...
In the context of modern power systems, the availability of accurate knowledge of line parameters is...
This paper presents a method to estimate parameters of a 3-phase line segment using PMU data. The no...
Proposals have been presented in literature to estimate line parameters and monitor their changes. S...
Line parameters are the foundation of an electric network model, which is the basis for many monitor...
The availability of accurate data is fundamental for several monitoring and control applications of ...
The parameters of the transmission lines are used in several monitoring and control tools of the pow...
Measurements of synchronized phasors, frequency and rate of change of frequency from different locat...
We consider the following two estimation problems from synchrophasor measurements: first, estimation...