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COST-529 WG1 meeting and workshop: Electric C onductivity M odel of D ischarge L amps

COST-529 WG1 meeting and workshop: Electric C onductivity M odel of D ischarge L amps. C oncept of the work with model?. A. Richter, J. Václavík, J. Koprnický Department of Electrical Engineering F MIES TU of Liberec - Czech Republic. Why we need electrical model of light discharge?.

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COST-529 WG1 meeting and workshop: Electric C onductivity M odel of D ischarge L amps

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  1. COST-529 WG1 meeting and workshop:Electric Conductivity Model of Discharge Lamps Concept of the work with model? A. Richter, J. Václavík, J. Koprnický Department of Electrical Engineering FMIES TU of Liberec - Czech Republic

  2. Why we need electrical model of light discharge? • Modelling of the electric loads (discharge lamps). • Simulation of electromagnetic compatibility (EMC) and solution of EMC problems. • Optimization of power distribution problems to obtain higher efficiency of lighting systems. • Computer aided design (CaD) of electromagnetic and electronic ballasts. COST Action 529, MC + WG Meetings in Mierlo,NL

  3. Universality of the electric conductivity model? • Are these equations and their modifications universal [1, 2]? • Coefficients of equation depend on current and voltage waveshapes. • For this reason the model depends on linear and mainly on nonlinear circuit elements. COST Action 529, MC + WG Meetings in Mierlo,NL

  4. Universality of the equation • From previous experiments is obvious universality of the conductivity equation, but not of coeficients. • With specific coeficients only one work condition could be verified→ the primary goal to create the coefficients database is then disputable. COST Action 529, MC + WG Meetings in Mierlo,NL

  5. What will be the next step? • Possible direction: • Modelling of the whole power net – transformers, lines, ballasts, capacitors and discharge lamps under standard power conditions (50 Hz, 230 V). • We have to take stability and perturbation of discharge model and indeterminacy of parameters into account. COST Action 529, MC + WG Meetings in Mierlo,NL

  6. Solution • Research of luminary systems: • Powering of luminary system by supply with defined parameters; source of ‘net’ voltage - results of such experiments will be used as a reference database. • Research of electrical light discharge behaviors: • Powering of light discharge by supply with defined current waveform [3]. COST Action 529, MC + WG Meetings in Mierlo,NL

  7. Does have the conductivity model its own future in practical aplications? COST Action 529, MC + WG Meetings in Mierlo,NL

  8. References • G. Zissis, J. J. Damelincourt, „Modelling discharge lamps for electronic circuit designers: A review of the existing methods,“ in The 29th IEEE Interanational Conference on Plasma Sciences (ICOPS2002), Banff, Canada, 26-30 May 2002, p. 318 • J. C. Alvarez, C. Blanco, J. Viera, N. Bordel, A. Martín and G. Zissis, „Electrical conductivity model for HID lamps,“ in Light Sources 2004, Proceedings of the 10th International Symposium on the Science and Technology of LIght Sources (LS10), Toulouse, July 18-22 2004, pp. 259-260. • P. Dupuis, B. Bolsens, J. Van den Keybus, J. Drisen, R. Belmans „A versatile power source for HID Lamps.“ COST Model inventory workshop, Funchal, Madeira, April 2005. COST Action 529, MC + WG Meetings in Mierlo,NL

  9. Some experiments • Influence work position on discharge behavior. • Light source: standard comercial discharge lamp Osram Powerstar HCI - T 150W/NDL (usable in any work position) • Ballast: magnetic ballast Tridonic Ombis 150 A604W • Ignitor: ZRM 2,5 – WS/B • Voltage source: KIKUSUI PCR 2000A COST Action 529, MC + WG Meetings in Mierlo,NL

  10. Vertical and horizontal work position COST Action 529, MC + WG Meetings in Mierlo,NL

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  15. Thank you for your attention. What is the physical explanation of this effect? COST Action 529, MC + WG Meetings in Mierlo,NL

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