How do LED grow lights compare towards regular light sources? Although most of them are used as replacements to sunlight pertaining to plant farming, they have vastly different qualities. Read about some of the reasons why LEDs are becoming a common fixture at indoor farming sites.
1. Energy Productivity
1. Energy Productivity
Utilizing little or no power, LED grow lights can easily generate a large amount of illumination. This is because of their famed energy functionality that currently goes as high as 22%, and with advances in technology, this can be pushed as high as 44% the theoretical limit. Compared, incandescent bulbs use a small 2% efficiency rating, which means almost all of the energy that goes thru them is actually conversion to heat.
2. Spectral Range
Light giving out diodes are made from numerous inorganic semiconductors like gallium arsenide, zinc selenide, indium nitride, phosphor, and even diamond. The types of materials utilized will determine the spectral range of an LED, through infrared to ultraviolet. Since they may cover such a wide range of spectra, they usually are used effectively for indoor farming whether the plant is still in the vegetative stage (when they require blue light) or in the flowering st
2. Spectral Range
Light giving out diodes are made from numerous inorganic semiconductors like gallium arsenide, zinc selenide, indium nitride, phosphor, and even diamond. The types of materials utilized will determine the spectral range of an LED, through infrared to ultraviolet. Since they may cover such a wide range of spectra, they usually are used effectively for indoor farming whether the plant is still in the vegetative stage (when they require blue light) or in the flowering st
Light giving out diodes are made from numerous inorganic semiconductors like gallium arsenide, zinc selenide, indium nitride, phosphor, and even diamond. The types of materials utilized will determine the spectral range of an LED, through infrared to ultraviolet. Since they may cover such a wide range of spectra, they usually are used effectively for indoor farming whether the plant is still in the vegetative stage (when they require blue light) or in the flowering stage (when they require red-orange light).
3. Longevity
LED grow lights takes several decades. Their estimated lifetimes range between 25,000 to 100,000 hours though the real longevity will be afflicted with usage patterns and also the surroundings. It is actually worth noting that lots of LEDS with the 1970s continue to be operating till now. The secret with their long lives sets on the fact they use low currents and experience minor heat build-up.
4. Cost
LEDs are affordable as well as their prices are falling even more affordable as better manufacturing techniques are implemented. Not just that, the cost of ownership much cheaper than than regular lighting equipment.
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3. Longevity
LED grow lights takes several decades. Their estimated lifetimes range between 25,000 to 100,000 hours though the real longevity will be afflicted with usage patterns and also the surroundings. It is actually worth noting that lots of LEDS with the 1970s continue to be operating till now. The secret with their long lives sets on the fact they use low currents and experience minor heat build-up.
4. Cost
LEDs are affordable as well as their prices are falling even more affordable as better manufacturing techniques are implemented. Not just that, the cost of ownership much cheaper than than regular lighting equipment.
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Learn the fifth reason on why you need to use the LED Grow Lights at this website: LED Grow Lights.