Opportunities and challenges for the future of LED lighting systems

Introduction: there are two experts will be in the International Conference on advanced lighting technology (ALST 2015) on the "solid state lighting" to share, including the latest developments and challenges of technology, application and standards, etc.. In March 2015 21-22, held at the Fudan University international advanced lighting technology conference (ALST 2015), Peter Bennich will play its director, entitled "IEA-4E-SSL bring about work in the future LED lighting system: opportunities and challenges" speech.

Speech summary:

In this presentation, we will explore how the government works with IEA 4E SSL to promote the promotion of lighting solutions based on solid state lighting technology. Prior to this, our division has been working with experts from academia and regulatory agencies to promote the transformation of traditional lighting to more efficient and better quality solid-state lighting on a global scale. In the first phase of 2010-2014, we focused on the different areas of the world about lighting performance requirements, new test methods for evaluation and certification program coordination and other aspects of information. This phase of the work, that is, the IC2013 project, a total of 110 laboratories participating in the world, which also set a record.

In second 2014-2019 years of work, about the performance requirements and testing methods to evaluate the new part will also continue to work; focus in life test; how to use the near field distribution photometer test; and how to evaluate the new lighting scheme such as intelligent lighting etc..

There is a lot of difference between the color of solid state lighting and traditional fluorescent lamp. In March 2015 21-22, held at the Fudan University international advanced lighting technology conference (ALST 2015), Rimantas Vaicekauskas will bring "solid state lighting color reduction: Measurement and application of the" better the keynote speech.

Solid state lighting (Solid-state lighting, abbreviation: SSL) refers to the use of solid state electronic components, namely the semiconductor element, such as a light emitting diode (LED), organic light-emitting semiconductor and polymer light emitting diode as the light source lighting technology. With the use of traditional light bulbs or fluorescent lamps and other lighting technology.

Solid state lighting has made rapid progress in a short period of time. In recent years, people regard it as a bright future, but today, as a promising technology, it has been challenged in the rapid application. Any product that does not support the claim value of the product, does not conform to the data on the instruction manual or the appearance of a change, this situation must be corrected. This work is attributed to many organizations such as the following: IES, the National Electrical Manufacturers Association (NEMA), American national standard lighting Organization (ANSLG), the American National Standards Institute (ANSI), National Institute of standards and technology, UL laboratory, the International Electrotechnical Commission, the International Commission on illumination and the Canadian standards association.