Why Choose LED Grow Light For Your Plants?


YouLumi as a top LED grow lights manufacturer, YouLumi specializes in the design, manufacture, and sales of high-end LED grow lights.


There are three major light source technologies: incandescence (incandescent lamp), an electrical discharge (fluorescent, HID), and solid-state light sources (LED, OLED). The first two are known as “legacy” technologies, and the third is considered modern technologies. All of the three technologies have been used in horticultural lighting solutions. But by now, after tens of years of technological improvement and cost reduction, LED outperforms in every respect compared with other artificial lighting systems for crop production.

What is LED grow lights?

The LED grow light is an artificial light source, designed to stimulate plant growth by emitting light suitable for photosynthesis. LED grow light is often used in farms, exhibitions, gardens, urban, bonsai, and university labs to extend the time the plants receive light in winter months or in places with no enough naturally occurring light.


The advantages of LED grow light

Traditional grow lighting fixtures are mainly fluorescent light and high-pressure sodium light. These two types of grow lights have low luminous efficiency, short lifespan, and are prone to generate a large amount of heat, which will affect the normal growth of plants. While LED grows light has a long lifespan, small size, low heat generation, and high luminous efficiency, which is an excellent substitute for traditional grow lights.


Full spectrum LED grow lights

Compared with other types of grow lights, the biggest advantage of LED grows light is that it can achieve the full spectrum, which is of great significance for plants growth. Full-spectrum LED plant lights can mimic real sunlight and help plants grow healthier.
The grow lights from Youlumi Lighting cover wavelengths of 385nm~730nm, including wavelengths that are visible to the human eye and invisible wavelengths, such as UV and IR rays. Plants have a tendency to absorb more blue light than other light (such as green or white light), making the UV rays the best light to induce vigorous growth in the plants. When plants are in the vegetative phase, using UV rays can help cell division and make plants grow faster, and result in more yield. IR rays are the best catalyst to promote flowering and germination. It is easily absorbed by the root tips and buds of plants, making them bloom very quickly.
The full spectrum LED grow light can provide the best lighting in each cycle of plant growth, eliminating the tedious process of frequently replacing different wavelength grow lights.



LED grow light is compact and can be installed next to each other to provide planters with greater lighting coverage. At the same time, you don’t need any specific knowledge to install smoothly. You just need to find a suitable position to keep the LED grow light and the plant at a proper distance.


LED grow light has higher photoelectric conversion efficiency than traditional grow light. 600W LED grow light can replace 1100W HID/MHL, which is more energy-efficient. And the lifespan of LED grows light can reach 50,000 hours to 100,000 hours, compared with 20,000 hours of traditional grow light, which can reduce the cost of replacement and maintenance.

Intelligent control

LED plant light can achieve the function of wavelength adjustment. Different wavelengths are used at different stages of plant growth, and planters can promote the plants to grow healthier and faster by adjusting the wavelength of the LED grow light at the wavelength most needed for each growth stage.

The type of LED grow light

According to different lighting requirements, LED grow lights are mainly divided into lighting fixtures, interlighting fixtures, and flowering fixtures. The use of appropriate LED growth lights can promote plant growth.

The special index of LED grow light

Lighting for plants is different from lighting for humans. Light energy for humans is measured in lumens, with light falling onto a surface measured as illuminance with units of lux (lumens per square meter) or footcandles (lumens per square foot). Light energy for plants, on the other hand, is measured as photosynthetic active radiation (PAR), with light falling onto a surface measured as photosynthetic photon flux density (PPFD) with units of μmol/s-m2.
Before using LED grow light to provide sufficient lighting for plants, it is necessary to determine what growth stage the plant is in and the PPFD value required.

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