Statements | Jul 25, 2017

Paul Scheidt, Cree - Horticulture Lighting

Paul Scheidt, Cree - Horticulture Lighting "When you go into horticulture application the light output level directly correlates to the yield that you see in the plants. There is no buffer, when lights dim, the yield goes down. If something degrades very quickly and is 100% for one growth cycle then goes down to 90% for the second growth cycle, you will see a reduced yield. There is no room for adjustments." Paul Scheidt Read more »

Resources | LpO Article | Statements | Horticulture | Jul 25, 2017

Paul Scheidt, Cree - Horticulture Lighting

Paul Scheidt, Cree - Horticulture Lighting "When you go into horticulture application the light output level directly correlates to the yield that you see in the plants. There is no buffer, when lights dim, the yield goes down. If something degrades very quickly and is 100% for one growth cycle then goes down to 90% for the second growth cycle, you will see a reduced yield. There is no room for adjustments." Paul Scheidt Read more »

Resources | LpO Article | Statements | Applications | Apr 13, 2017

Dr. Jy Bhardwaj - The Future of Lighting Applications

Dr. Jy Bhardwaj - The Future of Lighting Applications DR. JY BHARDWAJ SAID: "LEDs get integrated into the infrastructure, or let’s say, embedded. Instead of points of light there will be ceilings of light or walls of light. LEDs will be integrated into work surfaces, tables and all kinds of different things". Read more »

Statements | Apr 13, 2017

Dr. Jy Bhardwaj

Dr. Jy Bhardwaj DR. JY BHARDWAJ SAID: "LEDs get integrated into the infrastructure, or let’s say, embedded. Instead of points of light there will be ceilings of light or walls of light. LEDs will be integrated into work surfaces, tables and all kinds of different things". Read more »

Statements | Apr 12, 2017

Professor Shuji Nakamura

Professor Shuji Nakamura PROF. NAKAMURA SAID: "For violet LEDs we reach about 50-100 Acm-2 but the laser diode uses 3-10 kAcm-2 which is about 1,000 times higher than blue LEDs. This leads to very tiny chips in combination with the same phosphors such as YAG types. The light output is about 1,000 times higher than conventional LEDs with the same chip-size". Read more »

Resources | LpO Article | Statements | Technologies | Apr 12, 2017

Prof. Shuji Nakamura - The Future is Laser Lighting

Prof. Shuji Nakamura - The Future is Laser Lighting PROF. NAKAMURA SAID: "For violet LEDs we reach about 50-100 Acm-2 but the laser diode uses 3-10 kAcm-2 which is about 1,000 times higher than blue LEDs. This leads to very tiny chips in combination with the same phosphors such as YAG types. The light output is about 1,000 times higher than conventional LEDs with the same chip-size". Read more »

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Economical and Enduring: New Solutions for Outdoor Lighting

Economical and Enduring: New Solutions for Outdoor Lighting Areas and sports facility lighting with conventional technology is always linked to high power consumption. Our new PrevaLED Brick HP HE LED module and OT 2DIM P7 High Power drivers combine optimal performance in reliability and lifetime, with maximum energy efficiency. Read more »

FEATURED

deLIGHTed Talks: The Right Light at the Right Time – Bright Days, Dark Nights

deLIGHTed Talks: The Right Light at the Right Time – Bright Days, Dark Nights The Good Light Group, together with the Society for Light Treatment and Biological Rhythms (SLTBR), the Daylight Academy (DLA), the International Association of Lighting Designers (IALD), and Luger Research (LR), are organizing and presenting the “The Right Light at the Right Time – Bright Days, ... Read more »

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