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Osram launches Osconiq S 5050

"Higher system efficacy of red-white spectra by reducing phosphor-converted red photons"

Osram, a global company providing optical solutions, is expanding its horticulture portfolio with the Osconiq S 5050.
There is an ideal light recipe for each plant that includes "ingredients" such as the required wavelengths, intensity, average illumination duration, and much more. Operators of greenhouses and indoor farms naturally want to be as energy-efficient as possible in addition to maximizing yields. "Our Osconiq S 5050 addresses a key problem of often used white LEDs resulting in lower energy costs and more efficient lighting to luminaire manufacturers and indoor farmers."

Combined with red LEDs for horticulture lighting, white LEDs provide the right spectrum for the growth of various plants. 

In indoor farming, red and blue or alternatively red and white LEDs are the predominant combinations found today. Standard white LEDs used to grow plants also emit light in the red wavelength range, which could be covered by direct emitting red LEDs in the lighting system instead. In addition, classic white LEDs require considerably more energy than a directly red-emitting LED would for a comparable number of red photons. “Our new Osconiq S 5050 now enables a higher system efficacy of red-white spectra by reducing the share of phosphor-converted red photons. With this concept, growers are now able to save energy costs significantly,” explains Thomas Grebner, Marketing Manager at Ams Osram. "The special phosphor used in the Osconiq S 5050 cuts the red part of the spectrum, so to speak. The red component in the white light of the LED is therefore considerably lower."

The Osconiq S 5050 expands Osram's horticulture lighting portfolio and increases the energy efficiency of lighting solutions thanks to a new type of phosphor

The Osconiq S 5050 enables compact luminaire designs for manufacturers thanks to its space-saving dimensions of just 5.0 mm x 5.0 mm x 0.7 mm. The mid-power LED also boasts an efficiency of
2.86 µmol/J and an optical output of 630 mW. In addition, the device, which can be operated in a range of 180 to 1050 mA depending on the target application, is protected against overvoltages of up to 8 kV.

"Horticulture technologies from Ams Osram not only help to produce food independently of location, in a space-saving manner and without the addition of pesticides, they also make it easy for consumers in urban areas to obtain fresh and healthy food quickly."

Further information about horticulture lighting can be found on Osram's website.

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