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The Irish government, UK government and European Commission have recently passed a ban on the sale of all incandescent/GLS lamps above 100W, which commenced in September 2009 with smaller Wattages to be phased out by 2012. This paper sets out to investigate if CFLs are an adequate, suitable and appropriate replacement for GLS lamps in domestic environments. The main areas examined are power factor and total harmonic distortion, but other CFL characteristics are also investigated by means of literature review, to provide a complete overview of CFL performance. The measured power factor of all…mehr

Produktbeschreibung
The Irish government, UK government and European Commission have recently passed a ban on the sale of all incandescent/GLS lamps above 100W, which commenced in September 2009 with smaller Wattages to be phased out by 2012. This paper sets out to investigate if CFLs are an adequate, suitable and appropriate replacement for GLS lamps in domestic environments. The main areas examined are power factor and total harmonic distortion, but other CFL characteristics are also investigated by means of literature review, to provide a complete overview of CFL performance. The measured power factor of all CFLs averaged 0.57 and ranged between 0.52 and 0.62. The effects of harmonic distortion on the current waveform of a CFL circuit was significant and reached levels up to 80% of the fundamental frequency. However, this large harmonic distortion is returned on the waveform of a smaller current than would be drawn by a GLS lamp and hence, effects on the national grid and risks of an overloaded three phase neutral conductor are less than sometimes claimed by researchers.
Autorenporträt
James Thomas Duff is a graduate of the School of Electrical Engineering Systems, Dublin Institute of Technology, Ireland. He is currently working for Arup Consulting Engineers in Dublin and has began a PhD, which will investigate new methodologies for interior lighting design that improve visual quality, but also reduce energy usage.