LEDs offer an energy-efficient alternative for greenhouse lighting. Unlike traditional high-pressure sodium lamps, LEDs emit light at wavelengths tailored to plant photoreceptors. Recent research shows that increasing the flux of far-red photons significantly promotes plant growth.

The newly upgraded OSCONIQ® P 3737 Horticulture High-Power LED, combining the latest chip technology from ams OSRAM and a new generation of optimized lenses, offers superior performance, exceptional robustness, and an exceptionally long lifespan. This helps growers reduce their total cost of ownership and achieve a better return on investment than traditional light sources.

Solution Advantages and Key Features

Application Advantages	LED Features
Excellent Efficiency Performance	Deep red LED has excellent performance, with a thermal optoelectronic conversion efficiency exceeding 82%, and a thermal photon flux efficiency exceeding 4.60 μmol/J at 700mA.Far-red LED has excellent performance, with a thermal optoelectronic conversion efficiency exceeding 75%, and a thermal photon flux efficiency exceeding 4.60 μmol/J at 700mA.
IP Safety Protection	Adopts mature red light chip technology designed and manufactured in Germany.
Ultra-long Service Life	After 50,000 hours of use, its photon flux and color still meet the Q90 certification standards.
Outstanding Robustness	Mature technology, can operate stably under high humidity, high driving power and corrosive working conditions.
Custom Spectrum	Provides the basic spectrum required for plant growth, including deep blue light, ultra-red light, deep red light, far-red light and unique phosphor-converted white light (plant white light), which can optimize the photon flux color ratio.

Technical Principle

• Photosynthesis is the process by which plants use light energy (photons) to convert water and carbon dioxide into carbohydrates. Chlorophyll a and chlorophyll b play key roles in this process.

• Photomorphogenesis is a biochemical process that describes the effects of light on plant growth and development, such as regulating plant size, leaf shape, color, and growth direction.

• Light is also important for regulating plant circadian rhythms and stimulating plant defenses against pests and fungi.

• Deep red light (GH) and hyper-red light (GR) are crucial, activating red light photoreceptors and chlorophyll pigments, contributing to increased crop yields.

• Deep blue light (GD) is also essential, activating blue light photoreceptors and chlorophyll pigments.

• Phytowhite light (HW) serves as a supplemental light source for workers who prefer white light.

• Far-red light (FR) is essential for activating phytochromes, which trigger flowering and regulate plant development.

About Gainer LED:

Gainer LED was established in 2012. The company focuses on providing advanced technology solutions for medium and high power general lighting, special lighting and high-end display fields. Its products are widely used in commercial lighting, industrial lighting, smart buildings and professional display screens. Relying on a global marketing network and professional technical service system, Gainer LED continues to provide global customers with high-performance lighting products that meet international standards and fully meet the diverse needs of the market.

For more customer service needs, please contact us:

• Phone: +8615818679054
• Tel : +86-755-27835429
• Email: info@gainer-led.com