Supraharmonic (SH) disturbances are generated mainly by power electronics whose usage
has increased significantly in the last decades. Consequently, supraharmonics have …

The increasing use of non-linear loads and devices in power systems has increased the
incidence of waveform changes in electrical energy signals. The intensity and frequency of …

Electromagnetic Compatibility in the frequency range 2-150 kHz (supraharmonics) is an
increasing concern. Recently compatibility levels have been finalised and the work on …

The present paper reviews the measurement methods of supraharmonics and Rapid
Voltage Changes. Supraharmonics still lack a unique measurement method, needed for the …

This paper proposes a method that combines window functions with compressed sensing for
the detection of ultra-high harmonics in the frequency range of 2–150 kHz. By analyzing the …

As a side effect caused by new technologies, supraharmonics attracted the attention of
researchers in recent years. Mitigation and analysis of supraharmonics distortions are of …

This article proposes a new approach to investigate the effects of the different character LED
lamps supplied by the realtime three-phase power system. The paper aims to the origins …

The work gives an overview of Power Quality phenomena of DC grids, relevant with respect
to normative requirements and impact on equipment. The objective is defining the minimum …

Diversas publicações têm abordado a questão das distorções na faixa entre 2 a 150 kHz
devido à presença cada vez maior de conversores eletrônicos de potência e soluções …

Accurately measuring wideband harmonics and interharmonics requires balancing high
frequency resolution with minimal computation time. Existing frequency-band-segmentation …