ams OSRAM Éclairage horticole Osram

Éclairage horticole Osram Un éclairage horticole à opto-semiconducteurs peut stimuler la croissance des plantes de 40 %. Les DEL durables et résistantes d'Osram constituent une alternative écologique à l'éclairage horticole standard. Elles peuvent stimuler la croissance des plantes de façon significative tout en réduisant considérablement la quantité d'énergie consommée grâce à un éclairage ciblé de 660 et 450 nm. Les caractéristiques des DEL pour éclairage horticole, telles qu'un format réduit, un haut rendement et une longue durée, donnent de la flexibilité aux cultivateurs. Les DEL contrôlables à intensité variable sont instantanément disponibles là où vous en avez besoin et peuvent être facilement configurées de manière cyclique pour promouvoir une croissance saine de la plante.

These LEDs provide flexibility for growers with features like small form factors, high efficiency, and long life. These LEDs are dimmable, controllable, instant-on when needed, and can easily be set in cycles that promote healthy plant growth. High-efficiency luminaires minimize energy consumption, critical during exploding energy costs and energy-saving constraints. Best-in-class illumination uniformity allows for the placement of luminaires closer to the crops and saves energy compared to traditional luminaires with secondary optics. The lowest possible overall system cost is enabled using the highest power LEDs, reducing the required LEDs per square meter. This is supported by unmatched illumination uniformity for luminaires without the need for secondary optics and long-life performance. An overdrive capability of up to twice the nominal power class and low thermal resistance of the ams OSRAM LEDs provide maximum design flexibility at optimum efficacy.

The extensive emitter portfolio for indoor and vertical farm lighting covers all the critical growth-optimizing wavelengths and radiation-angle options needed for all types of plants and flowers. High-power LED devices enable small form factors for the luminaires and allow for less shadowing. Spectral sensing technology enables real-time monitoring of the total illumination at the plants to manage adaptive lighting recipes for growth while accounting for sunlight influences in greenhouses. Chip-scale spectral sensing technology extending from the visible to the near-infrared (NIR) spectrum opens emerging arenas of condition and growth monitoring.

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Publié le: 2014-07-15 | Mis à jour le: 2025-10-16