Blue Red 225 LED Grow Light Panel Stimulate Growth Lamp 14W US Version
SAVE ENERGY, REDUCE HEAT; GIVE PLANTS THE LIGHT THEY LOVE AND NOTHING ELSE!
Feature and Benefits
*Each light has 225 x 0.06w LEDs, 11:4 red/blue
*True optimized spectrum with tight-tolerance LEDs,
Unrivaled chlorophyll/carotenes/xanthophylls absorption
Red 630nm (165pcs): the popular spectrum for plant flowering and fruiting
Blue 465nm (60pcs): maximum peak points for vegetative growth and absorption,
*90% reduction in heat VS HPT/MH unit
-Thermal output of our LED is 90% less than that of a comparable 250w MH or HPS system
- Photosynthesis decreases by 85% between temperatures of 95-98 deg F.
- Active cooling (air conditioning) costs for HPS/MH systems are 10X the cost of that required with LED
*14W LED plant growing light is equal to 250W HPS system
100% of high energy-efficient for our LED GROW LIGHT compare to only 10% energy usage for HPS & MH lights
*Uses wide-angle (120°) LEDs for max coverage & output
*LEDs emit light without using filaments; light runs cool, Built-in, ballast-free, power supply: No ballast to burn out likes other plant lights.
*Silver-reflective board under LEDs increases efficiency
*No infrared rays or ultraviolet radiation to stunt plants
*Lifecycle: 50,000hrs, led grow light lighting time plus sunlight lighting time can reach 10-years or more life-expectancy with minimum decay
*AC 85 - 264V full voltage with U.S. standard plug for your easy using.
*CE & ROHS compliant
*Built-in lugs with hanger is ready to hang
*Environment-friendly: have no mercury and other harmful heavy metal
*2 year warranty, local US Telephone & support numbers
*Ideal for all cycles of plant growth, can boost plant growth for indoor garden, Hydroponic, soil breeding, potted or seeding need
*Brand new in original box
LED Plant Grow Light VS HPS and MH lights
--100% of high energy-efficient for our LED GROW LIGHT compare to only 10% energy usage for HPS & MH lights
Not all light is created equally. And neither are LED lights! At least not as far as plants are concerned. Below is an accurate chart of light spectrum usage by plants.
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Details can be found at http://course1.winona.edu/sberg/308s05/Lec-note/15-new.htm
Plants grow by the process of photosynthesis. Chlorophyll is vital for photosynthesis, which allows plants to obtain energy from light. Plants only absorb certain light spectrums, mostly blue and red, while nearly all others are reflected or otherwise unused by the plant. Light spectrums are measured in nanometers or “nm”. Chlorophyll production is made up of two parts, A and B. Maximum chlorophyll A production occurs at 662nm (for red) and 430nm (for blue), while maximum chlorophyll B production occurs at 642nm (for red) and 453nm (for blue). These are the peak points at which chlorophyll production is maximized
There are ideally 4 peaks of growth spectrum. Red is slightly more important for flowering but blue produces faster growth and absorption.
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What does this mean for the indoor grower? This is the wavelength spectrum of white light that plants use. So how does this affect our analysis of HID lights? Below are the light output spectrums of the most popular HPS and MH lights in the market.
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The graphs speak for themselves. Neither HPS nor MH provide much lumen output under 580nm.
This means that the largest portion of lights used by plants 420nm-460nm is not supplied by either light solution. The peak lumen output is 580nm, 595nm & 615nm. As you can see, that translates into a loss of about 83% efficiency when overlaid with the light used by growing plants. Thus, a 40,000 400W HPS bulb translates into 6800 actual usable lumens. These charts are available from the manufacturers and widely distributed, touting that they are closest to the natural light output of the sun. Thing is, plant's don't use all of the sun.
There are mitigating factors. We have long known this in the industry because traditional success dictated that vegetative growth is done under MH lights (more blue) and flowering is done under HPS (Red) lights. The later in leaf diameter is outlined in the study attached below:
http://www.sae.org/technical/papers/2001-01-2272
Up to now the only popular choice for indoor growers has been Sodium (HPS) or Halide (MH) lights which both produce a very wide band of lighting. However less than 10% of a Sodium or Halide lamps output is actually used by the plant.
With the advent of LED lighting, we can custom tailor the output of the lamp to match exactly the band of light required for Chlorophyll production! This means that almost 100% of the power input for our LED GROW LIGHT is used for plant production. Also the directional LED’s ensure 100% of the light is pointed downwards – they do not rely upon reflective materials to direct the light.
--Another great benefit of the LED GROW LIGHT is the very small amount of heat produced.
The LED GROW LIGHT operates completely cool to the touch and plants can actually grow right up to the fixture, try that with any Sodium or Halide lamp.
Here are some of the benefits of lower heat levels:
No HEAT SIGNATURE detectable by infrared cameras.
Less heat means lower grow room temperatures and lower humidity, making controlling the micro-environment of your grow room easier to maintain properly
No heat damage to plants like burnt out leaves that got too close to a traditional High Intensity Discharge (H.I.D.) bulb (like HPS or MH)
No high temperature lights to worry about. No hot light bulbs or cumbersome, heavy and hot ballast enclosures either.
--L.E.D.'s are the future of grow lights available today!
The LED GROW LIGHT can be used by itself for all cycles of plant growth (covers approximately 9-25 square feet or a 3'x3' to 5’x5’ area, same as a 400w HPS system). It can also be combined with fluorescent, H.I.D. (HPS,MH) lighting as well. It's perfect for indoor growers who want a low heat/high output system that uses very little electricity.
-- These lights represent the cutting edge of horticultural lighting.
The LED GROW LIGHT is the most revolutionary plant lighting product since the invention of the High Intensity Discharge (H.I.D.) lamp and ballast.
Light Emitting Diode (L.E.D.) technology is the absolute newest technology in plant growth! LED lights are currently being used by NASA for growing plants in outer space!
