This paper proposes a method for determining the limitations of harmonic modeling based on measured emissions and standard harmonic impedance models using synchronized spectrum measurements. It was found that the calculation method performs very well for the fundamental frequency and reasonably well for some harmonic orders. The limiting factors based on measurement uncertainty are discussed, and some proposals for future studies are given.</p
Modern household customers use many power electronic based devices for their daily usage. Those devi...
The frequency range 2 – 150 kHz, typically occupied by switching harmonics and communication signals...
Methods of allocating harmonic emission limits to customer installations have evolved considerably, ...
This paper proposes a method for determining the limitations of harmonic modeling based on measured ...
Nowadays, non-linear loads represent the majority of the residential electrical consumers. The limi...
A customer expects to receive a voltage supply at his installation that meets the requirements of st...
The main goal of this paper is to investigate the robustness of some procedures recently proposed in...
Frequency impedance scans are required for the harmonic assessment of new connections in the High Vo...
This paper aims to provide an insight into the measured background changes of harmonics due to opera...
An improvement in the assessment of harmonic emissions as contributed by renewable generation such a...
PhD (Electrical Engineering), North-West University, Potchefstroom CampusHarmonic emission assessmen...
A method for locating harmonic producing source in the low-voltage distribution network is presented...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
The measurement of harmonics is essential in modern power systems in order to perform distortion lev...
The quantification of harmonic emission requires an accurate representation of the network harmonic ...
Modern household customers use many power electronic based devices for their daily usage. Those devi...
The frequency range 2 – 150 kHz, typically occupied by switching harmonics and communication signals...
Methods of allocating harmonic emission limits to customer installations have evolved considerably, ...
This paper proposes a method for determining the limitations of harmonic modeling based on measured ...
Nowadays, non-linear loads represent the majority of the residential electrical consumers. The limi...
A customer expects to receive a voltage supply at his installation that meets the requirements of st...
The main goal of this paper is to investigate the robustness of some procedures recently proposed in...
Frequency impedance scans are required for the harmonic assessment of new connections in the High Vo...
This paper aims to provide an insight into the measured background changes of harmonics due to opera...
An improvement in the assessment of harmonic emissions as contributed by renewable generation such a...
PhD (Electrical Engineering), North-West University, Potchefstroom CampusHarmonic emission assessmen...
A method for locating harmonic producing source in the low-voltage distribution network is presented...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
The measurement of harmonics is essential in modern power systems in order to perform distortion lev...
The quantification of harmonic emission requires an accurate representation of the network harmonic ...
Modern household customers use many power electronic based devices for their daily usage. Those devi...
The frequency range 2 – 150 kHz, typically occupied by switching harmonics and communication signals...
Methods of allocating harmonic emission limits to customer installations have evolved considerably, ...