THE METHODOLOGICAL APPROACH FOR CONSTRUCTION OF ENERGY-EFFICIENT EMERGENCY LIGHTING SYSTEM

Abstract

Purpose. The research of methodological approach to construction of reliable and effective emergency lighting system, which works without the use of stationary electric networks from electricity, producible in result of photovoltaic conversion of artificial radiation from lamp of working (general) lighting in visible range of spectrum. Methodology. The experimental researches concerned the construction of the energy-efficient emergency lighting system which works without the use of stationary power source are conducted. Research results. As result of research the experimental model of lamp was constructed showing the possibility of emergency illumination realization on the base of the most widespread common illumination luminescent lamps of ceiling type due to electric power produced at conversion of luminescent lamps artificial light stream by the sun panels placed on their surfaces. Originality. Within the bounds of developed methodological approach the first time it was shown the possibility of multifunction energy-efficient lamp construction combining the working and emergency illumination functions without the use of the stationary power systems. Practical value. With use of the developed methodological approach on the base of standard constructions of the luminescent lighting systems it is possible to design the multifunction energy-efficient lamp, that will help to resolve the problem of energy-saving that gains in importance last years in connection with the all increasing electric power use including lighting needs.

Keywords

• lighting system
• energy-saving
• emergency lighting
• photovoltaic conversion
• schematic realization