A new algorithm of power system frequency estimation is presented. The algorithm applies orthogonal signal components obtained with use of two orthogonal FIR filters. The essential property of the algorithm presented is its outstanding immunity to both signal orthogonal component magnitudes and FIR filter gains variations which ensures 1.5mHz accuracy of estimation over typical (.-2Hz) range of measured frequency deviation. The results of the algorithm simulation tests using the EMTP software package are also included. It was confirmed that the algorithm dynamics are good enough to track power system frequency even under transient conditions
Abstract – A new algorithm for estimating the fundamental frequency of power system signals is pre-s...
The signal processing technique is one of the principal tools for diagnosing power quality (PQ) issu...
Abstract — While the present standard C.37.118-2005 for Phasor Measurement Units (PMUs) requires tes...
A new algorithm of power system frequency estimation is presented. The algorithm applies orthogonal ...
The new, fast and adaptive algorithms for measurement of signal amplitude for protection and control...
In the paper the problem of basic power system electric quantities (current, voltage magnitudes, pow...
The main frequency is an important parameter of an electrical power system. The frequency can change...
A method and a detailed adaptive algorithm for wide-range frequency change measurement is presented....
The main frequency is an important parameter of an electrical power system. The frequency can change...
Since the power quality became a serious concern for the utilities and consumers, harmonic monitori...
International audienceThis work proposes a frequency-adaptive data processingtechnique for reliable ...
In the paper a new fast and adaptive scheme for measurement of signal amplitude for protection and c...
In an electrical power system frequency is an important parameter. The frequency of operation is not...
A two-stage algorithm is proposed for the estimation of the fundamental frequency of asynchronously ...
This work proposes a frequency-adaptive data processing technique for reliable synchrophasor measure...
Abstract – A new algorithm for estimating the fundamental frequency of power system signals is pre-s...
The signal processing technique is one of the principal tools for diagnosing power quality (PQ) issu...
Abstract — While the present standard C.37.118-2005 for Phasor Measurement Units (PMUs) requires tes...
A new algorithm of power system frequency estimation is presented. The algorithm applies orthogonal ...
The new, fast and adaptive algorithms for measurement of signal amplitude for protection and control...
In the paper the problem of basic power system electric quantities (current, voltage magnitudes, pow...
The main frequency is an important parameter of an electrical power system. The frequency can change...
A method and a detailed adaptive algorithm for wide-range frequency change measurement is presented....
The main frequency is an important parameter of an electrical power system. The frequency can change...
Since the power quality became a serious concern for the utilities and consumers, harmonic monitori...
International audienceThis work proposes a frequency-adaptive data processingtechnique for reliable ...
In the paper a new fast and adaptive scheme for measurement of signal amplitude for protection and c...
In an electrical power system frequency is an important parameter. The frequency of operation is not...
A two-stage algorithm is proposed for the estimation of the fundamental frequency of asynchronously ...
This work proposes a frequency-adaptive data processing technique for reliable synchrophasor measure...
Abstract – A new algorithm for estimating the fundamental frequency of power system signals is pre-s...
The signal processing technique is one of the principal tools for diagnosing power quality (PQ) issu...
Abstract — While the present standard C.37.118-2005 for Phasor Measurement Units (PMUs) requires tes...