Advanced LED Grow Lights

ADVANCED LED LIGHTS LED GROW LIGHTS Less Power Consuption %3D LED Lights Cost Effective Lighting Modern Lighting Products Urbanization, increasing infrastructure, and government initiatives are a few of the factors resulting into increases in the production of modern lighting products. Incandescent lighting turns out to be very costly and a poor medium of lighting source. This stirs the push to LED lighting. COB (Chips on Board) LED technol- ogy has emerged due to its features such as low power consumption, reduced heat production, and high intensity output. COB LED market contributes to around 7 to 8% of the overall market for LED and is expected to grow to around 20% in the near future. LED's During the 1960s, LED was first used to grow plants in outer space by NASA. Today, it is has many practical uses in various fields due to low cost mass production. In the 1980s, Japan started applying LED to grow high-quality veg- etables and flowers. Because of this, a steady supply of high-quality seedlings has been made possible to suppliers all-year round, as well as medicinal and industrial plants. 85 80 Chiorophyll b Chiorophyll a 70 60 Chiorophyll a -Metal Halide 50 ED VU 40 30, Chiorophyll b 20 Florescent, 10 500 600 700 Voilet Blue Green Yellow Orange Red Absorption spectra LED Grow Light Advantage Use high efficient 1W LED as the light source, Based on 288x1W high power LED's. I Wide beam angle: 120 degree (large lighting area). I Smart appearance: built in power supply, no need ballast, reflector, can use independently. I Unique heat dissipation device: thermostatically controlled fans to keep LED light cool. 1 Small light decay, long lifespan more than 50000h. I Can be combined with fluorescent lighting. I Environment-friendly: have no mercury and other harmful heavy metal, emit no light harmful for plant. I Energy Saving: emitting light fully absorbed by plant, much efficiency compared to HID grow lights to produce the same result. I Ratio of Red and Blue in R&B is 8:1; we also could change the ration according to your special requirements. I It's suitable for the greenhouse lighting, horticulture, Hydroponics, Farm/Flower Exhibition/Garden/Bonsai etc. LED Grow Lights can be used in three different ways for plant growth Day Length Increase the Provide the correct Supplement sunlight, length of daylight spectrum of light that plants need to thrive especially in winter months when day- hours in order to trigger specific growth patterns light hours are de- creased LED Lighting Process Technology Allows year Reduce energy Grow Green: Human eyes perceive wavelengths round produc- tion regardless between 380-780nm and have the costs by more than 80% com- Environmentally friendly technol- ability to distinguish between light and color. Lights within the green of climate pared to other ogy uses no mercury of heavy metal. color range (555nm) are detected more sensibly than other colors. change lighting options How do plants grow with LED LIGHTING? Solar Radiation Range 100 50 200 400 600 800 1000 1200 1400 Wavelength (nm) Ultravoilet Visible Eyes Infrared Rays Solar radiation has varius diffusions and absorption is only possible with wave lengths from 300nm to 3.000nm. Human eyes percieve 380-780nm wavelength, and distinguish between light and color. The light of the green color (555nm) is detected more sensibly than the other colors Plants absorb radiation from the mid -blue through red wavelengths of the spectrum and reflect the green wavelengths. Those radiation absorb mid blue colors and red colors, reflect green colors (so plants reflect green color seen green) Changes in LED Applications over time Lighting ll LED TV Notebook DVD Player Mobile 2005 2007 2009 2011 2014 LED Lighting's True Spectrum Wavelength (nm) Effect on planet growth Significantly reduces photosynthetic rates and quantum 280 yield. Ultra Voilet Thickens plant leaves and promotes pigmentation. May 315~450 be used to prevent the presence of harmful insects. Chlorophyll absorption peaks between 439nm and 469nm. The blue spectrum is the most efficiently absorbed spec- trum promoting mainly vegetative growth. 440~470 Quantum absorption in the green spectrum. Little absorp- tion in the yellow spectrum. 510 No chlorophyll benefits but efficiently absorbed by algae, phycoerythrin, and phycocyanin receptors. 610 Chlorophyll absorption peaks between 642nm and 667nm." Speeds up seed germination and flower/bud onset. 660nm is the most vital wavelength for flowering. 640~660 Emerson Enhancement Effect - quantum yield of red light and far red light, when shone simultaneously on a plant, in creases the rate of photosynthesis 740 No plant activity detected at this wavelength – when used it only produces excess wasted heat. Infrared 1000~1400 Grow Plants 9 Used by Nasa in 1960 Visible Spectrum