ams OSRAM OSCONIQ™ P 3737 Batwing LEDs

Introduction

The ams OSRAM OSCONIQ™ P 3737 Batwing LEDs are a cutting-edge lighting solution designed specifically for modern horticulture. These LEDs offer exceptional efficiency and versatility, making them an ideal choice for various large-area horticultural lighting applications.

Part Description

The OSCONIQ™ P 3737 Batwing LEDs are engineered to deliver wide-angle coverage with minimal hotspots, ensuring uniform light distribution across expansive areas. With innovative lens options, these LEDs enhance energy conversion, promoting optimal plant growth. They feature a compact design with a height of just 1.83mm and are capable of handling a maximum current of 2.8A. The LEDs provide a full spectrum of light, including wavelengths in hyper red (660nm), red (640nm), deep blue (450nm), far red (730nm), and horti white, making them suitable for various horticultural needs.

Applications

• Agriculture and horticulture
• Outdoor and industrial lighting
• Greenhouse and vertical farming
• Aquaculture/microalgae
• Phototherapy
• Architectural lighting

Industries

• Agriculture
• Horticulture
• Aquaculture
• Industrial lighting
• Healthcare (phototherapy)
• Architecture

Usage Ideas

1. Vertical Farming Setup: Utilize the OSCONIQ™ P 3737 Batwing LEDs in a vertical farming system to maximize plant growth in limited spaces, ensuring even light distribution across multiple layers of crops.

2. Aquaculture Lighting: Implement these LEDs in aquaculture systems to enhance the growth of microalgae, providing the necessary light spectrum for optimal photosynthesis and biomass production.

3. Greenhouse Enhancement: Integrate the Batwing LEDs into a greenhouse environment to improve plant health and yield by providing a consistent and efficient light source that mimics natural sunlight.

Conclusion

The ams OSRAM OSCONIQ™ P 3737 Batwing LEDs represent a significant advancement in horticultural lighting technology. With their high efficiency, wide-angle coverage, and versatile applications, they are poised to revolutionize the way we approach plant growth in various settings, from greenhouses to vertical farms and beyond.