Okay, anyone heard of this company? Looks interesting, though a working English page would of been nice, I think we can still glean some info. And I believe it's doing that water cooled thing. Crazy kids!
http://lemnis-oreon.com/en/products.html
(From Google Translate)
Lemnis Oreon is again succeeded with an LED Grow Light 2.0
to develop more efficient and much more compact than its armature
competitors. In addition to these benefits , this LED lighting particularly effective. That means more micromoles per watt than radiated
conventional lamps. The newest lamps Lemnis Oreon deliver up to 1450 ĩmol and may thus existing Son- T lamps replaced .
Due to the high efficiency LED lamps give off less heat than conventional lighting . The heat generated by the application of integrated
watercooling captured . This raises the possibility to use for heating, immediately or at any other time this energy. Elsewhere
It is well known that plants assimilate better at certain wavelengths in the color spectrum. Lemnis Oreon is able to create exact which are desirable for the growth of the plant . Those wavelengths Thus , there is a combination of different wavelengths used with the focus on the red and blue , wavelengths that matter actually used in the plant. To result in a better quality and quantity.
Benefits Lemnis Oreon Grow Light 2.0
• High light output of 1450 ĩmol
• High efficiency, 35 % more efficient compared to conventional lamps
• Proper light spectrum for maximum photosynthesis
• Reduced light pollution and more light on the plant
• Minimal shading, active water cooling by up to 5x more compact than comparable LED luminaires
• Standard colors are blue and deep red. Other colors are available on request
• Applicable in low greenhouses because of minimal heat
Interesting post here from one of their partners. Some of it's the same old song and dance but there is some interesting stuff.
http://www.ledinside.com/news/2014/8/feeding_the_world_with_leds
"NXP Semiconductors and Lemnis Oreon (producer of agro LED lighting) have worked together on significant innovations in LED technology for various forms of horticulture. Most recently they revealed a proto-type of an innovative 600W LED lamp that drives LEDs closer to their maximum capacity without the risk of LED failure. It also allows downsizing of heat-sinks and other cooling arrangements (making lamps smaller and lighter), manages the photon flux precisely (reproducibility) and allows precise and completely flexible control of the color mix (flexibility)."