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LED Grow Light
2.9-3.2umol/J, 320W, 640W, IP65
Model LI01 -
LED Grow Light
2.9-3.2umol/J, 320W, 640W, IP65
Model LI02 -
LED Grow Light
2.6-3.2umol/J, 120W, 150W, IP66
Model LI03
Datasheet Of LED Grow Light
| Rated Power: | 120W |
150W |
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| PPE Efficacy: | 2.6-3.2umol/J |
2.6-3.2umol/J |
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| PPF Efficacy: | 312-384umol/S |
390-480umol/S |
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| CCT Color: | 3000K/6500K/460nm/660nm/730nm |
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| Beam Angle: | 120° |
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| IP Rating: | IP66 |
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| Input Voltage: | AC100-277V, 50/60Hz |
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| LED Driver: | Sosen, Fahold, Juson, Lifud, Boke |
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| Flicker: | Non Flicker |
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| Power Factor: | PF≥0.92 |
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| Housing Color: | Silver/Black Color |
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| Function Optional: | DALI Dimmable |
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| Material: | Aluminum Houseing, PC Lens |
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| Working Temp: | -30°C to +45°C |
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| Working Humidity: | 10% to 90% RH |
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| Lifespan: | 100,000H |
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| Warranty: | 5 Years |
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Application of LED Grow Light
LED grow lights are used across commercial and home growing for their energy efficiency, customization, and ability to control light spectrum (red/blue for growth, full-spectrum for general health) to optimize specific plant needs, enabling applications from vertical farms and greenhouses (supplemental/sole light) to hydroponics, urban farming, and research labs, boosting yield, nutrient content, and growth control for various plants like leafy greens, herbs, flowers, and cannabis.
- • Vertical Farming & Indoor Growing: Essential for stacked layers, providing uniform light without sunlight, crucial for leafy greens, herbs, and fruits in controlled environments.
- • Greenhouses: Supplement natural light in winter or cloudy days, allowing year-round production and control over growth cycles.
- • Hydroponics & Aquaponics: Ideal for soil-less systems, offering precise light spectrums for nutrient-rich water-grown plants.
- • Urban Farming & Home Gardens: Enables fresh produce in limited spaces (rooftops, containers) with lower heat and energy use.
- • Floriculture: Enhances flowering, color, and yield in ornamental plants like roses, orchids, and potted plants.
- • Research & Specialty Crops: Used in labs to study specific light responses, and for cannabis cultivation to enhance terpenes and cannabinoids.
How They Work & Benefits
LED grow lights work by using semiconductors to emit specific wavelengths (mostly red and blue) that plants need for photosynthesis, mimicking sunlight to drive growth, and offer benefits like high energy efficiency, lower heat, longer lifespan, and customizable light spectrums for different growth stages, leading to healthier, more controlled plant development with reduced energy costs and environmental impact.
- • Semiconductor Technology: LEDs (Light Emitting Diodes) use semiconductor materials that release energy as photons (light) when an electric current passes through them, similar to how natural light is produced but in controlled spectrums.
- • Targeted Wavelengths: They focus on blue light (for leafy growth) and red light (for flowering/fruiting), the most crucial parts of the spectrum for photosynthesis.
- • Customizable Spectrum: Growers can select full-spectrum (mimicking sunlight) or specific red/blue combinations, tailoring the light for seedlings, vegetative growth, or flowering.
- • Drives Photosynthesis: Provide the specific light energy plants need for growth, nutrient absorption, and development.
- • Optimized Growth: Tailored light boosts robust root development, strong stems, healthy leaves, and abundant flowers/fruits.
- • Increased Yields: Better light control and efficiency can lead to higher quality and quantity of produce.