Innovation boost: Cree presents patterns of development for LED bulbs with 170 lumens per watt
Information Background information White Paper Data Sheets Presentations Biographies Events Database LED Products LED Products Cities Power CREE spokesman Applications Press Links Press Contacts
Archives Select Month December 2013 (2) November 2013 (3) October 2013 (2) September 2013 (2) August 2013 (1) July 2013 (4) June 2013 (2) May 2013 (2) April 2013 (3) March 2013 (2) February 2013 (1) January 2013 (4) December 2012 (1) November 2012 (5) October 2012 (2) September 2012 (2) August 2012 (2) July 2012 (1) June 2012 (1) March 2012 (1) April 2012 (6) March 2012 (1) February 2012 (4) January 2012 (5) December 2011 (1) November 2011 (3) October reflektor 2011 (3) August 2011 (5) March 2011 (2) June 2011 (3) May 2011 (4) April 2011 (5) March 2011 (3) February 2011 (4) January 2011 (3) December 2010 (2) November 2010 (4) October reflektor 2010 (1) September 2010 (4) August 2010 (6) July 2010 (1) June 2010 (1) April 2010 (7) March 2010 (3) February 2010 (3) January 2010 (4) December 2009 (2) November 2009 (2) October 2009 (1) August 2009 (1) June 2009 (2) May 2009 (1) April 2009 (2) March 2009 (1)
Munich, 6 August 2012 - Cree, a leading provider of LED lighting solutions, introduces the prototype of a LED light bulb with 170 lumens per watt (LPW). The technological innovations that have been developed for this new, more powerful development pattern, pave the way for cost-effective production of high-efficiency LED lights and accelerate the widespread use of these energy-saving lighting technology.
Almost a year ago Cree has already presented a light design with a 152 lumens reflektor per watt (LPW). Now the American company shall, in accordance with a 170-LPW variant. With the development of advanced LED solutions and exciting innovations Cree wants to contribute to that high performance, cost-effective reflektor products reach the market that pays for itself even faster.
When 170-LPW prototype all elements of the entire lighting system were developed - from the LED, optics, and to driver and thermal management. The technology leap in this pioneering development pattern was possible through the use of SC3 technology platform. It is based on Cree's silicon carbide technology, which provides, among others, an improved LED chip architecture, reflektor optimized phosphorus and a new case design.
"The reflektor development of LED lighting solutions requires a different approach than we know them from traditional lighting concepts. Cree does just that and is using its power of innovation to redefine repeatedly limits of the possible, "says Nick Medendorp, vice president of research and development at Cree Lighting. "With the 170-LPW reflektor prototype is us again succeeded. The implemented in the pattern reflektor of development technology enables the development of new LED lighting solutions that provide an even better quality of light and at the same time cost less. "
In independent testing conducted OnSpeX have shown that the new 170-LPW development patterns of Cree reached values of 1,250 lumens and consumes only 7.3 watts. By the use of the True White technology Cree the design achieves a color rendering index (CRI) of about 90, which corresponds to a pleasant light. A conventional 75-watt incandescent bulb produces 1,100 lumens comparatively, so only 14.6 lumens per watt.
Twitter: CREE_DE signpost with 16,000 LEDs # navigates in the Metropolis http://t.co/SbxzuNNg9e via @ RedaktionEP HendrikHaerter @ 11:41 - 11/06/2013 Reply Retweet Favourit screen in mind: Researchers have contact lenses with transparent LEDs fitted # http: / / t.co/Xz9Gxh8WBT 16:30 - 10/06/2013 Reply Retweet Favourit
120-watt GaN HEMT power amplifier 180 watt GaN HEMT power amplifier 2013 lighting CLV6A-FKB Corporate Cree CXA Easywhite technology Energy Star Financials reflektor Financials GaN GaN HEMT HEMT LED LED array LED module LED City Light + Building LMH2 LR6 lumen MC-E module MOSFET MPL MX6 Power quarterly earnings RF SC3 platform Schottky diodes reflektor ScreenMaster SiC silicon carbide transistor True White sales XLamp XLamp XP-C XLamp XP-E XM-L XP-G XT-E
Information Background information White Paper Data Sheets Presentations Biographies Events Database LED Products LED Products Cities Power CREE spokesman Applications Press Links Press Contacts
Archives Select Month December 2013 (2) November 2013 (3) October 2013 (2) September 2013 (2) August 2013 (1) July 2013 (4) June 2013 (2) May 2013 (2) April 2013 (3) March 2013 (2) February 2013 (1) January 2013 (4) December 2012 (1) November 2012 (5) October 2012 (2) September 2012 (2) August 2012 (2) July 2012 (1) June 2012 (1) March 2012 (1) April 2012 (6) March 2012 (1) February 2012 (4) January 2012 (5) December 2011 (1) November 2011 (3) October reflektor 2011 (3) August 2011 (5) March 2011 (2) June 2011 (3) May 2011 (4) April 2011 (5) March 2011 (3) February 2011 (4) January 2011 (3) December 2010 (2) November 2010 (4) October reflektor 2010 (1) September 2010 (4) August 2010 (6) July 2010 (1) June 2010 (1) April 2010 (7) March 2010 (3) February 2010 (3) January 2010 (4) December 2009 (2) November 2009 (2) October 2009 (1) August 2009 (1) June 2009 (2) May 2009 (1) April 2009 (2) March 2009 (1)
Munich, 6 August 2012 - Cree, a leading provider of LED lighting solutions, introduces the prototype of a LED light bulb with 170 lumens per watt (LPW). The technological innovations that have been developed for this new, more powerful development pattern, pave the way for cost-effective production of high-efficiency LED lights and accelerate the widespread use of these energy-saving lighting technology.
Almost a year ago Cree has already presented a light design with a 152 lumens reflektor per watt (LPW). Now the American company shall, in accordance with a 170-LPW variant. With the development of advanced LED solutions and exciting innovations Cree wants to contribute to that high performance, cost-effective reflektor products reach the market that pays for itself even faster.
When 170-LPW prototype all elements of the entire lighting system were developed - from the LED, optics, and to driver and thermal management. The technology leap in this pioneering development pattern was possible through the use of SC3 technology platform. It is based on Cree's silicon carbide technology, which provides, among others, an improved LED chip architecture, reflektor optimized phosphorus and a new case design.
"The reflektor development of LED lighting solutions requires a different approach than we know them from traditional lighting concepts. Cree does just that and is using its power of innovation to redefine repeatedly limits of the possible, "says Nick Medendorp, vice president of research and development at Cree Lighting. "With the 170-LPW reflektor prototype is us again succeeded. The implemented in the pattern reflektor of development technology enables the development of new LED lighting solutions that provide an even better quality of light and at the same time cost less. "
In independent testing conducted OnSpeX have shown that the new 170-LPW development patterns of Cree reached values of 1,250 lumens and consumes only 7.3 watts. By the use of the True White technology Cree the design achieves a color rendering index (CRI) of about 90, which corresponds to a pleasant light. A conventional 75-watt incandescent bulb produces 1,100 lumens comparatively, so only 14.6 lumens per watt.
Twitter: CREE_DE signpost with 16,000 LEDs # navigates in the Metropolis http://t.co/SbxzuNNg9e via @ RedaktionEP HendrikHaerter @ 11:41 - 11/06/2013 Reply Retweet Favourit screen in mind: Researchers have contact lenses with transparent LEDs fitted # http: / / t.co/Xz9Gxh8WBT 16:30 - 10/06/2013 Reply Retweet Favourit
120-watt GaN HEMT power amplifier 180 watt GaN HEMT power amplifier 2013 lighting CLV6A-FKB Corporate Cree CXA Easywhite technology Energy Star Financials reflektor Financials GaN GaN HEMT HEMT LED LED array LED module LED City Light + Building LMH2 LR6 lumen MC-E module MOSFET MPL MX6 Power quarterly earnings RF SC3 platform Schottky diodes reflektor ScreenMaster SiC silicon carbide transistor True White sales XLamp XLamp XP-C XLamp XP-E XM-L XP-G XT-E
No comments:
Post a Comment