CREE XLamp® S Line LEDs Empower Agricultural Technology

As a key technology in modern agriculture, horticultural lighting requires precise spectral balancing and light duration control tailored to specific plant growth needs to achieve high efficacy and longevity. Currently, the market offers three main solutions:

(1) Monochromatic LEDs;
(2) Broad-spectrum phosphor-converted LED solutions;
(3) A combination of the above two approaches.

Regardless of the solution chosen, Cree LED offers targeted new products to facilitate upgrades. Cree LED's innovative solutions aim to lower agricultural costs, increase crop yields, unlock new frontiers in scientific farming, and elevate agricultural lighting to a higher standard.
 

XLamp® S Line Product Features

• The XP-E2 Far Red, XP-G3 Royal Blue, and XP-G3 Photophyll™ Select LEDs feature industry-leading sulfur and corrosion resistance.
• The XP-G3 Photo Red S Line LED delivers up to 14% higher efficacy.

S Line Horticultural Lighting Series:

• XP-E2 Far Red S Line
• XP-G3 Royal Blue S Line
• XP-G3 Photo Red S Line
• XP-G3 Photophyll™ Select S Line 

These LEDs offer industry-leading sulfur and corrosion resistance, ensuring reliable performance even in harsh greenhouse environments while guaranteeing product longevity and reliability.

The stability of the XP-G3 S Line has already been proven in outdoor lighting applications. We are now extending this technology to horticultural lighting, promising longer service life and increased system reliability. This reduces maintenance and replacement costs, enabling growers to achieve a higher return on investment (ROI), maximize yields, and secure optimal profits.

Significant Efficacy Boost for XLamp® XP-G3 Photo Red S Line

Cree LED remains committed to enhancing horticultural lighting efficacy. The XLamp® XP-G3 Photo Red S Line LED achieves breakthroughs in both voltage reduction and increased radiant flux, resulting in a 14% efficacy boost and an electro-optical conversion efficiency of 84.8% at 350 mA/25°C. Lower energy consumption translates to reduced agricultural costs and optimized light density for plant growth, enabling growers to achieve substantial agricultural returns.