Continuing advances in light-emitting diode (LED) technology are revolutionizing indoor hydroponic and soil-grown horticulture.
The use of artificial light sources that are effective and produce the correct spectral wavelength for wholesome plant growth has lengthy been one of the primary difficulties to overcome for the indoor gardening enthusiast, and the advent of cost-powerful UFO LED grow lights has removed this fundamental stumbling block.
Grow Lights and Spectrums
Standard high-intensity discharge (HID) grow lights utilized for indoor horticulture applications, such as high-pressure sodium (HPS) or metal halide (MH) lamps, use toxic metal vapours and lots of electrical wattage to generate light that is bright enough to grow plants under, and even then there is an problem with the spectral top quality of the light created.
Differing spectral wavelengths of visible light are referred to as colour temperature and are measured in kelvins (K).
Lower colour temperatures in the two,200-2,400K range are observed by the human eye as soft reds and oranges, and are called “warm” colours, although greater colour temperatures measured at 6000K and above are seen as vivid and bright blues. Most plant species call for differing spectral wavelengths of light at different stages of their growth cycles.
Some species such as lettuce, evening primrose and mullein really need light to accomplish germination, and a lot of plants demand short-wavelength blue-spectrum light at the young seedling stage in order to promote healthful and strong stem growth.
Mature flowering and fruiting species need to have longer-wavelength red-spectrum light at the later stages of their growth cycles.
Whilst conventional gas-discharge grow lamps are deficient at 1 or the other end of this light spectrum, the UFO LED grow light produces the full spectrum of blue and red wavelengths to promote healthful photosynthesis at all stages of plant growth.
UFO LEDs for Indoor Plants
The UFO LED grow light technique is ideal for all phases of plant growth, from seedling via flowering and fruiting, simply because it has been engineered to generate only those spectral ranges of light that plants want at all stages of growth.
No power is wasted producing light in the spectrums useless to plant photosynthesis, such as the green wavelengths that are invisible to plants, and no power is wasted making heat, which is an undesirable by-item of classic gas-discharge grow lights.
The UFO LED for that reason makes use of much less power, produces much more light per watt, creates much less pollution and in the long run can understand a cost savings up to 80 percent more than standard grow light systems.
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