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IEEE PES Innovative Smart Grid Technologies Conference, Sarajevo, Bosnia and Herzegovina, 1-6. (2018) Nonlinear model of fluorescent lamp in harmonic studies. Molina J, Sainz M (2015) Compact fluorescent lamp modeling for large-scale harmonic penetration studies. 199-power quality, Schneider electric.īaggini A (2008) Handbook of power quality. Tokić A, Jukan A, Smajić J (2016) Parameter estimation of single-phase rectifier-based loads: Analytical approach. Tokić A, Jukan A, Suljkanović V (2015) Modelling of low power electronic loads in harmonic analysis. (2004) Modeling devices with nonlinear voltage-current characteristics for harmonic studies. International Conference on Renewable Energies and Power (ICREPQ), Valencia, Spain, 1-5.Ĭhang G, Hatziadoniu C, Xu W, et al. Hernandez JL, Castro MA, Carpio J, et al. Tokić A, Milardić V (2015) Power Quality, Printcom doo Grafički inženjering, Tuzla.
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doi: 10.3934/energy.2020.1.1ĭas JC (2015) Power system harmonics and passive filter design, Wiley: New Jersey. total harmonic distortion of voltage (THDU),Ĭitation: Ivan Ramljak, Amir Tokić.total harmonic distortion of current (THDI),.It can be used to improve the manufacturing process of LED lights. Correctly modeled LED lighting can be used in various research. One more goal is to compare measured results and the results obtained by modeling. On other side, LED lights are nonlinear loads which potentially can have negative effect on distribution grid. It is due high share penetration of LED lighting in each area and their implementation in: house, buildings, business areas, factories, street lighting systems etc. It is important because today there are various LED lights in market made by various companies. The goal of paper is to compare harmonic emission of various bulbs and on other side to analyze LED lighting systems with luminaries. More, obtained results of harmonic emission were compared with valid Standards. Standards which deals with harmonic emission were presented and compared. Comparison was performed by replacing one sodium lighting system (in one street) with appropriate LED lighting system. Further, one LED lighting system was compared with sodium lighting system in the harmonic emission area. Comparison of measured results and results obtained by simulation was performed. More, single LED bulbs were modeled within EMTP-ATP software. Harmonic emission results were obtained by measurement. Paper deals with single LED lights (bulbs) and street lighting systems formed by luminaries. Basic mathematical analysis of harmonic emission was presented. This paper analyses harmonic emission of different light-emitting diode (LED) lighting systems.