When technology strongly develops, the LEDs grow light for trees becomes acceptable for indoor cultivation, as well as hydroponics. Start with a small market with dedicated requirements for firms own brand, but the current LED market has proven its success in the cultivation of wheat grass to cabbage and strawberries. This section will help the readers to catch with the importance of the best led grow light.
The LED Grow Light For Cultivation, A New Era
After a difficult period with LED technology, planting trees with LED technology has become the main stream in our life. LED technology is not just another option in saving glide g compared with high pressure lamps curved high productivity, but LED is also a useful means to grow crops in small spaces. Because the LEDs emit specific wavelengths in the spectral range, trees absorb light emitted from the light faster than high pressure, and can transform nutrients into energy through photosynthesis where to plant leaves, flowers and fruit. In this article the author does not mention a certain LED supplier, which is chiefly concerned with the characteristics as well as the benefits of LED lights for growing plants. In addition, the author also talks about the development of LED field can help your plants grow better fresh.
Planting Trees With LED Grow Light – A Pattern Change
Within 40 years, growers in the house only a few choices when they decide to choose lighting for indoor crops, such as high-pressure mercury black, metal halide lamps or fluorescent lamps, most recently optical compact. In all cases, the meaning is the same, try to produce light similar to sunlight to illuminate the indoor plants. Plants need sunlight via photosynthesis process to synthesize the necessary energy for plant growth and bloom.
As you know the sun’s light into white light, it can be said that the sun covers the entire light spectrum visible to the human eye (red, orange, yellow, green, blue, indigo and purple) with light radiation in the spectrum not visible to the naked eye as UV (ultraviolet -UV), gamma-ray and infrared (infrared)
The traditional lights try to mimic this white light and also get some limited success but, caused by the lack of effectiveness of this light source. Each different plant needs different light. It is said that almost all trees grow only with a limited area in the range of light – red, orange and blue. It is estimated that only about 15% of the light emitted by the high-pressure lamps (HID) and compact fluorescent lamp with light in the range needed for farming optical process of the plant. In contrast 90% to 99% of the light emitted by the LEDs may be used immediately for the photosynthesis process of plants. Because of this, the traditional planting methods, the cycle of light, warm and cold, nutrient and water requirements of the plants also need to be changed. The author does not mention the change that is comprehensive but balanced nutrient concentration adjustment
We also need to change the cycle of planting, leaf development and flowering. It is believed that each seed packet will indicate information on how to grow indoors or outdoors. Currently all of the current guidelines are based on the assumption that you are using high-pressure lamp which we know is quite different compared to LEDs. When we understand that LEDs provide crops for 6 to 8 times more light in the spectrum necessary for the development, it became clear we need to change the strategy to reap success. LEDs for planting are not necessarily more temporary or more complex technical features than high-pressure lamps or compact fluorescent lamps that are simply a different application.
LEDs for lighting starts with a simple design just include a red light zone and a blue light region. In fact the red light is useful for flowering and blue light are necessary for the growth of leaves. Some experiments were carried out but had not enough power and do not emit enough light in the necessary spectrum. After several years of research and development, the producers discovered that plants need more light with 2 spectrums. Many more spectrums needed to correspond to the process of photosynthesis takes place effectively.