高流明固态筒灯应用的发展

M. Arik, Rajdeep Sharma, J. Jackson, S. Prabhakaran, Charles Seeley, Y. Utturkar, S. Weaver, G. Kuenzler, B. Han
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引用次数: 10

摘要

基于发光二极管(LED)的固态照明(SSL)产品的性能一直超出预期,尤其是在芯片和封装层面。这导致了新的基于ssl的产品,以节省能源和延长使用寿命。在过去十年中,大量的政府资金和私人投资被用于加速和引导这项技术。本文主要研究基于led的高流明灯具技术。灯具的关键子组件是LED光引擎(LED芯片和光学系统)、热管理和驱动电子设备。每个这些子组件将详细讨论100w白炽灯替代技术。本文讨论了每个子组件的系统集成。随着新产品设计的不断发展,可靠性数据的缺乏带来了led产品过早失效的风险。过早的失败将引发客户的拒绝,并可能延迟市场渗透。因此,灯具可靠性是灯具设计的一个重要方面。在此基础上,对灯具的可靠性进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a High-Lumen Solid State Down Light Application
Light-emitting diode (LED)-based solid-state lighting (SSL) products have been exceeding the predicted performances especially at the chip and package levels. This has led to new SSL-based products for energy savings and long lifetimes. Large amounts of government funding and private investments have been made during the last decade to accelerate and guide the technology. This paper focuses on the development of an LED-based high-lumen luminaire technology. The critical subcomponents of the luminaire are the LED light engine (LED chips and optical system), thermal management, and driver electronics. Each of these subcomponents will be discussed in detail for a 100 W incandescent replacement technology. The paper addresses system integration of each of the subcomponents. While the design of new products evolve, the lack of reliability data poses a risk of premature failure of LED-based products. Premature failures would trigger customer rejection and may delay market penetration. Therefore, luminaire reliability is an important aspect of luminaire design. In cohort with this notion, finally, the luminaire reliability has been discussed.
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