Redefining PAR: The Impact of Far-Red Photons on Photosynthesis and Horticultural Lighting

The effectiveness of far-red photons in driving photosynthesis means that technologies utilizing these photons, such as downshifting luminescent materials and fixtures that include far-red, should be reevaluated for their effectiveness as plant growth spectrum providers.

Semi-artificial Photosynthesis

Because biofuels are made from agricultural products, fuel production from such products implies the use of agricultural land and crops that can also be used for the production of food.

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Maximize Growth and Savings with Cree LED’s J Series® LEDs

Maximize Growth and Savings with Cree LED's J Series® LEDs

Cree LED's J Series® LEDs for horticulture deliver the industry's highest efficacy, enabling growers to maximize light output while significantly reducing energy consumption. With their superior performance, these LEDs help optimize plant growth and yield, making them ideal for a wide range of horticultural applications. By achieving best-in-class efficiency, J Series LEDs allow lighting manufacturers to design systems with fewer LEDs and lower power requirements, leading to up to 40% system cost savings. This combination of high efficacy and cost efficiency makes Cree LED's J Series the smart choice for advanced horticultural lighting solutions.