Wattage-independent dynamic conductance model of compact fluorescent lamps: Validation and application in high-frequency operation

Bakshi, Biswadeep Gupta; Roy, Biswanath

doi:10.1177/1477153517717081

Cited by 2 publications

(1 citation statement)

References 22 publications

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“…Many ways to feed the HID lamp with a low frequency, pulsed, square waveform have been analysed. Gupta-Bakshi et al 8 propose the use of a compact fluorescent lamp model developed in MATLAB-Simulink. The validation of simulation results has been done with a 9 W lamp supplied at high frequency based on a voltage-fed series-parallel resonant inverter topology.…”

Section: Introductionmentioning

confidence: 99%

Assessment of the effect of a pulsed power supply on the HgTlI lamp

Chammam

Nsibi

Mrabet

et al. 2018

Lighting Research & Technology

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The objective of this work is to study the influence of a pulsed power supply on the energy efficiency of high-intensity discharge lamps in comparison with a pseudo-continuous ballast. The results presented in this paper concern the dynamic behaviour of discharges in mercury vapour doped with thallium iodide. The acquisition of the arc current, arc voltage and spectral radiation enables us to investigate the influence of the pulsed power supply on the electrical characteristics of the lamp such as the behaviour of the lamp conductance and spectral radiance. The analysis of the 577 nm mercury line’s response to the current pulse excitation allowed us to identify several phases. Good agreement has been found between simulation and experimental results.

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Section: Introductionmentioning

confidence: 99%

Assessment of the effect of a pulsed power supply on the HgTlI lamp

Chammam

Nsibi

Mrabet

et al. 2018

Lighting Research & Technology

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A Generalized Dynamic Conductance Model for High Intensity Discharge Lamps and its Prospective Application to Design Dimmable Electronic Ballast

Bakshi

Roy

2021

L&E

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A generalized model for high intensity discharge (HID) lamp is developed based on the Francis-Damelincourt dynamic conductance model of electric discharge by replacing the model constants A, B, C, D with four experimentally determined coefficient functions of rated lamp power and root mean square supply voltage. Experimental validation of this model is done, which shows a maximum deviation of about 5 %. Moreover, sensitivity analysis for the model coefficients is also performed, results of which conform to the physical behaviour of high pressure sodium (HPS) and metal halide (MH) lamps. This model is capable to simulate electrical characteristics of HPS and MH lamps of wide range of commercially available rated power (70–400) W fed by a wide range of supply voltage (180–250) V, 50 Hz. As a prospective application, the model is applied to design dimmable low frequency square wave electronic ballast for HID lamps. A design algorithm is proposed for this purpose. Performance analysis of the designed ballast is conducted in Matlab-Simulink environment, which shows fairly good performance of the circuit in terms of dimming accuracy (maximum deviation 2.64 %), lamp power factor (≥ 0.993), and lamp current crest factor (equal to 1.0). The model can also be utilized for designing electronic ballasts of other topologies.

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Wattage-independent dynamic conductance model of compact fluorescent lamps: Validation and application in high-frequency operation

Cited by 2 publications

References 22 publications

Assessment of the effect of a pulsed power supply on the HgTlI lamp

Assessment of the effect of a pulsed power supply on the HgTlI lamp

A Generalized Dynamic Conductance Model for High Intensity Discharge Lamps and its Prospective Application to Design Dimmable Electronic Ballast

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