LED Lights Simulate Moonlight to Promote Coral Growth

In front of LED coral lamps, people tried to simulate moonlight with low-power incandescent lamps, even if they did not simulate fluorescent lamps with photocatalytic materials. Hydroponic vegetable light environment is one of the important physical environmental factors indispensable for plant growth and development. Controlling plant morphogenesis through light quality regulation is an important technology in the field of facility cultivation; plant growth lamps are more environmentally friendly and energy-saving, LED plants Lights provide photosynthesis to plants, promote plant growth, reduce the time spent on plant flowering, and increase production! In modern construction, it is an indispensable product for crops. The fleshy bulb has a wide range of wavelengths, which coincides with the spectral range of plant photosynthetic and photomorphogenesis; the spectral wave width is half-width narrow, and pure monochromatic light and composite spectrum can be obtained as needed; the light of a specific wavelength can be concentrated to illuminate the crop evenly; The flowering and fruiting of the crop can be adjusted, and the plant height and the nutrient composition of the plant can be controlled; the system has less heat and takes up less space, and can be used for the multi-layer cultivation stereoscopic combination system, realizing low heat load and miniaturization of the production space. Other light sources (except fluorescent lamps) can simulate the effect of moonlight from a point source, however, in this respect, the outer column of the coral lamp is caused. At first only one LED bulb can be imitated, so the timer and three LED bulbs simulate different scenes, Moonlight Night. Some fans can be connected to your computer to simulate real moon control LED coral lights based on data after the moon. The pursuit of nature is crazy. Frankly, I haven't heard of simulated moonlights that can make corals grow, but I'm sure some places have coral lights that produce different lights, such as red, green, yellow, and blue. Have you noticed that what I am saying here is not the same, because white LEDs are still impossible, if you need white LED lights, you can package them into red, green, blue, and epoxy, in the development of color computers. It is more expensive. Will consume a lot of power; or choose other diodes, you can use UV paint to illuminate in epoxy, which is a real small fluorescent light that emits white light. The output of another program. The original LED's low-power operation, it can increase combustion at low currents. The new LED can withstand higher currents, some people can withstand an increase of 0.5 mA, more light, the angle of the LED light is wider; the angle of light collection is better than the original LED.

The LED Coral Light is very beautiful in front of the first generation of LCD monitors, but there is very little ambient light. The LED epoxy resin currently on the market makes the scattered light and the irradiation angle wider.

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