Development of High Efficacy, Low Cost Phosphorescent Oled Lightning Luminaire

Michael Hack

关键词: ARCHITECTURE;    CARBON;    COMMERCIALIZATION;    EFFICIENCY;    FORM FACTORS;    GLASS;    LIFETIME;    LIGHTING SYSTEMS;    LIGHTNING;    METRICS;    PERFORMANCE;   

DOI  :  10.2172/1006485
RP-ID  :  None
PID  :  OSTI ID: 1006485
Others  :  TRN: US201106%%872

学科分类：能源（综合）

美国|英语

来源: SciTech Connect

【 摘 要 】

In this two year program, UDC together with Armstrong World Industries, Professor Stephen Forrest (University of Michigan) and Professor Mark Thompson (University of Southern California) planned to develop and deliver high efficiency OLED lighting luminaires as part of an integrated ceiling illumination system that exceed the Department of Energy (DOE) 2010 performance projections. Specifically the UDC team in 2010 delivered two prototype OLED ceiling illumination systems, each consisting of four individual OLED lighting panels on glass integrated into Armstrong's novel TechZone open architecture ceiling systems, at an overall system efficacy of 51 lm/W, a CRI = 85 and a projected lifetime to 70% of initial luminance to exceed 10,000 hours. This accomplishment represents a 50% increase in luminaire efficacy and a factor of two in lifetime over that outlined in the solicitation. In addition, the team has also delivered one 15cm x 15cm lighting panel fabricated on a flexible metal foil substrate, demonstrating the possibility using OLEDs in a range of form factors. During this program, our Team has pursued the commercialization of these OLED based ceiling luminaires, with a goal to launch commercial products within the next three years. We have proven that our team is ideally suited to develop these highly novel and efficient solid state lighting luminaires, having both the technical experience and commercial strategy to leverage work performed under this contract. Our calculations show that the success of our program could lead to energy savings of more than 0.5 quads or 8 MMTC (million metric tons of carbon) per year by 2016.