Plant growth lights can simulate or completely replace the sunlight required by plants, and provide plants with an appropriate amount of light to increase and improve yield and pleasure. Plant growth lights are very suitable for indoors or places with insufficient sunlight to help flowers grow.

Lighting equipment can achieve 12-month spherical production in cold regions, so that plants can be marketed as soon as possible. Farmers may harvest early and earn extra income. However, each type of vegetation requires special lighting in different intensities, spectra, color temperatures, and many other aspects. More importantly, there are many types of plant lighting, which may make you confused in the selection process.

The quantum board plant growth lamp is the most modern lighting fixture in the vegetation lighting market. What is the quantum board plant growth lamp? What is the difference between other plant growth lights? In order to clarify the problem, we will introduce the difference for you in this article.

HID Plant Growth Light

HID (High Intensity Discharge) plant growth lamp is one of the most widely used plant growth lamps on the market, thanks to its maximum lumen step and watt performance. However, due to high fees, its price is also higher than other planting lighting fixtures. HID grow lights are specifically divided into MH lights and HPS lights. Due to their limitations, the most advanced growers use a combination of MH and HPS bulbs in the technical process.

MH plant growth light

MH (metal halide) lighting fixtures produce “cold” blue and white light, which is conducive to increasing leaves and keeping plants compact. The shade temperature is about 5500k. MH lighting is very suitable as the main light source for vegetation.

Generally speaking, an unmarried bulb can last about 10,000 hours. This does not mean that the lamp has been inactive for more than 10,000 hours. However, the output of the lighting equipment may be reduced. MH lighting fixtures can produce up to 125 lumens and watts. Compared with the preferred fluorescent lamp of 39 lumens per watt and the stylish incandescent bulb of 18 lumens per watt, MH lamps are too efficient.

HPS plant growth light

The HPS (Excessive Strain Sodium) lamp produces red or orange light. This makes the HPS more light to promote flowering. It is economical because it lasts twice as long as MH light. HPS lamps can produce up to 140 lumens per watt. However, after long-term use, the performance of the lamp will drop sharply and the intake will increase. Their important disadvantage is that they do not produce mild effects in the blue spectrum. If HPS lighting is used as the most effective lighting equipment for vegetation, the plants will grow and grow in thin shapes, which cannot meet the requirements of growers.

Fluorescent plant growth light

As the beginning of the development of lamps, fluorescent plant growth lamps are a very good and cheap alternative. Fluorescent grow lights generate less heat than hidden lighting, so they will not burn your flowers. You can place them close to vegetation without worrying about selling absorbent and mild plants.

The coloring temperature range of fluorescent developing lamps is 2,700k to 10,000k. The range of luminous efficiency is 30 lm/W to 90 lm/W. Fashionable fluorescent lamps (T5, T8, T12) and compact fluorescent lamps (CFL) are the main types of fluorescent lighting for growth.

Tube-style fluorescent Plant Grow Lights

T5 is the brightness vision and it can be carried out to flower bud differentiation and enhance flower great. T12 is ideal for starting seedlings to get a leap start on spring plantings.

Tube-style fluorescent Grow Lights

T5 is the brightness vision and it can be carried out to flower bud differentiation and enhance flower great. T12 is ideal for starting seedlings to get a leap start on spring plantings.

Compact fluorescent plant growth light

Because most fluorescent lamps are bulky and heavy, compact fluorescent lamps are designed as smaller versions. Compact fluorescent lamps are particularly suitable for small plants seeking to supplement light.

LED Grow lights

LED grow lights have built-in light-emitting diodes, which are usually integrated with fans. LED grow lights usually do not need a separate ballast, and can be directly plugged into a standard power socket for use. The inexperienced crimson, crimson, and blue mild spectrum have an impact on root formation, plant prosperity, and flowering.

However, there is not enough medical research or subject testing to test the specific color ratios of the proposed planting lighting fixtures. It turns out that if you give mild colors to deep red and blue, many flowers will usually grow. However, many studies have proved that red light and blue light can only provide the most valuable growth methods, and plants grow better with the supplement of inexperienced light.

White LED growth lighting provides a full spectrum to mimic herbaceous plants, providing plants with a balanced spectrum of purple, blue, and inexperience. The white LED plant growth lighting is designed to emit a considerable amount of red and blue mild, while the inexperienced light provided is displayed in white. White LED plant growth lighting is usually used for supplementary lighting in homes and office areas.

Only a few years ago, in addition to providing gentle growth for seedlings or clones, LEDs are now not suitable for “heavy” growth. However, LED technology has made great strides in a short period of time. Nowadays, with the development of LED lights, it can rival or even surpass different kinds of plant lighting fixtures. But we should also say that the mild development of LEDs may “burn” light as a high output. Therefore, it is best for us to keep a proper distance from lighting to plant life.

Quantum board plant growth lamp

The quantum board growth lamp emits a sound peculiar to the general public. It is one of the LED lighting fixtures. The quantum board LED plant growth lamp is a new fashion of lighting fixtures, in which a large number of small LED diodes are connected to the flat panel. These diodes are arranged in rows and run in a parallel configuration by high-intensity constant modern power.

However, the diode is open and uncovered, and in many cases, the wire is also the same. Some manufacturers have recently begun to add plastic covers to uncovered wires, but many manufacturers still open the wires. All of this means fewer components. But it does reduce costs.

The quantum board has increased the lighting boom due to its low intensity, so it has become a well-known choice. It can provide a mild effect of 2.7 umol/J. It also emits a full spectrum of white light, which contains every visible mild wavelength to help flowers grow better. Now unlike the HID plant growth lamp, the quantum board LED plant growth lamp can provide both red light and blue light at the same time. In addition, if you need, you can DIY your personal quantum board LED plant growth light.

What is the difference between different led growing lights?


In terms of the value of planting lights, we must consider the price of planting lights and electricity costs. Generally, the quantum plate growth lamp is more expensive than other lamps. However, in addition to this, they also provide higher input power and longer duration.

Although fluorescent lighting devices are cheaper and have less heat, they can only provide lower lumens. It is difficult to domesticate, this is the greatest value benefit, because the price and the price of power are numerous, and the intensity and quantity of its entry. In addition, the span of the lifestyle should be properly taken into account.

Light effect

The efficacy of the MH growth lamp is about s75 to 125lm/W, and the efficacy of the HPS developing lamp is about 100 to 150lm/W. The luminous efficiency of the fluorescent growth illumination is about 70 to 120 lm/W, while the luminous efficiency reduction of the compact fluorescent growth illumination is about 46 to 80 lm/W. The efficacy of the widely used LED plant growth light ranges from 80 to 160 lm/W. The other degree of luminous performance is the various powerful photon emission consistent with Watt, and consistent with the second (umol/w/s). HPS developed lighting can provide 148 umol/s under 100W. Its efficacy ranks the highest. For LED lighting, it is difficult to evaluate because there can be huge differences in the mixture of various colors.

Light propagation

There is no doubt that the quantum board LED developer lamp has a wider light spread than other lamps. The soft light comes from many factors on the huge panel, and compared to the light from smaller fixtures that need to be emitted outwards, it has an extra canopy that points directly outside the insurance area. This results in a reduced depth in the middle near the insurance, and a better outer depth. In other words: more uniform light spread.


Humans can see the spectral range of the wavelength of the obtained flora. MH lamps produce “cooler” blue and white light. HPS lighting produces deep red or orange light, lacking a blue spectrum. Fluorescent lights produce every kind of pink and blue light, helping plants grow higher. The LED grow light emits a full-spectrum white color, including all visible wavelengths. They have near-natural mild daylight and provide high-quality spectrum for flowers.

Although blue and pink LEDs were common in the past, companies are gradually realizing that white LEDs have a greater impact on vegetation, so more and more manufacturers are turning to white. The advantage of quantum plate led development lamps is that they usually mix additional diodes in white diodes to provide a full spectrum and customize the spectrum for different plant life to meet their needs during each development period.


The MH growth lamp can last approximately 6,000 to 20,000 hours, while the lighting fixture developed by HPS can last approximately 10,000 to 24,000 hours. The time span of the fluorescent developing lamp is set to 15,000 to 45,000 hours. The LED developing light can last up to 50,000 hours. Since quantum plate growth lamps are made of LEDs, they have a lifespan of up to 50,000 hours. Finally, LED lights have the longest service life.