#Yaorong Technology led full spectrum plant light is the best

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Yaorong Technology led full spectrum plant light is the best

Before talking about what brand is good, let's first explain what is full spectrum and what is led plant light.

The full spectrum means-covering all the light components in the visible light band of the sun, that is, red, orange, yellow, green, blue, indigo, and violet. The corresponding wavelength range is 380nm-780nm.

Plant lights, also known as plant growth lights and plant supplementary lights, have different names but little difference. The most popular plant lights on the market are high pressure sodium lights and LED lights. However, LED plant lights are the mainstream direction of development and have many advantages. . The emergence of led plant lights is mainly to supplement the light for plant growth.

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Indoor plant grow lights: who has the advantage of LED, CFL, HPS

As an indoor grower, you will definitely consider which plant growth lamp you choose to fill up your plants with the best light. Light is the key element of plant photosynthesis, the correct choice of plant growth light will greatly promote the growth of plants. Generally choose from these points: initial cost, later cost, spectrum, efficiency and rate of return. Let's compare which of the LED, HPS, and CFL has the advantage?

LED plant light (LED)

The operation of LED plant lights is much more complicated than the old technology: small diodes doped with semiconductor materials are energized with a constant current. By using the optical properties of different materials, we can obtain different colors.

Although the operation seems more complicated, the technology has been able to gain a foothold in the market thanks to its high reliability, excellent efficiency and lower cost. LED plant lights do not contain toxic gases, so the most important thing is the environment.

LED plant lights come in different sizes and wattages, revolutionizing the gardening market by allowing the creation of more and more effective lighting solutions with increasingly complex spectrums.

Some manufacturers of indoor LED plant lights mistake growers for the victims of improper marketing. They sell any color other than red or blue as a color that is useless and unusable for plants. They put forward skeptical graphics, indicating that the green light is completely reflected by the leaves, and that they provide you with the most effective products, but the growers may suffer.

However, LED plant lights have "almost twice the efficiency of traditional high-pressure sodium lamps and CFL bulbs (up to 2.6umol/J), especially full-spectrum LED plant lights. The efficiency of the light source and the lack of infrared make most LED lights hardly dissipate heat. , Which is conducive to controlling the temperature of the growth chamber and reducing the cost of pumping. All of these will ensure that you get a good harvest with less electricity.

The cost is certainly high, but the duration and efficiency of the system will give you more or less time to recover your investment.

Fluorescent lamp (CFL)

CFL fluorescent lamps allow us to replace old incandescent bulbs that generate more heat than light. The operation is conceptually similar to the HPS technology: the bulb consists of a high-pressure glass tube filled with mercury and rare gases and two electrodes that can generate ultraviolet light that is powered by an electronic ballast. Then, the light passes through the phosphor that covers the glass tube and is converted into white light.

These bulbs are also available in various sizes and wattages, and because of their low calorific value, they are widely used for professional and home planting. The spectral quality is acceptable, but the system has many limitations: the emitted light is never too strong to bloom, and the electrical efficiency is lower than that of the HPS system; for the best brands, it is about 1.3umol/j.

CFL bulbs are still very suitable for providing low-power light sources in the early plant and cloning stages, providing easy-to-use low-heat solutions. Plants can also grow in contact with the bulb without being burnt.

These lamps are cheap and have a long service life (approximately 10,000 hours of light). Our system is recommended to growers who need to economically solve plant growth stage problems.

High Pressure Sodium Lamp (HPS)

The high pressure sodium lamp (HPS) is undoubtedly the most popular and extensively tested lamp that can be used in various cultivations. These glass bulbs usually have a wattage of 50 to 1000 watts and contain pressurized gas that is ionized by two electrodes to produce photons.

High-pressure sodium lamps (HPS) produce a significant proportion of ultraviolet and infrared (approximately 20%): these frequencies help to simulate the solar spectrum, but are almost completely converted into heat. This requires a proper extraction system. The grower must be careful not to burn the growing leaves to the light. At the same time, excessive heat generation will also cause additional costs.

On the other hand, the rich green and yellow spectrum allows the light generated by these special lamps to penetrate the leaves, which is difficult to achieve with other systems. So they are usually installed on a fixed height ceiling.

Consumption and cost

The high pressure sodium lamp (HPS) has been around for a long time and works well, so many "loyal" growers will not replace it with other products.

The initial cost of the HPS system with power supply and reflector is not high (a complete set of 600W kit is about 150 euros), but the HPS bulb wears out very quickly, so the intensity will drop after a few months, and there will be a bulb to replace it, and later investment The cost will increase.

We recommend using these systems for growers who occasionally hope to spend less money in the short term but still get satisfactory results, especially those who live in cold regions. Let the excess heat be an advantage rather than a defect.

Yaorong LED plant growth light, the product characteristics of LED light (LED plant growth light) can replace traditional lights 3-5 times the power, saving 80% of the electric energy;

LED is used as the light source. And the life span is up to 50,000 hours;

The ratio of different lights can be specified by the customer. We recommend the ratios (red: blue) 8:1, 7:2 and 7:1:1, red. Provide plants with blue, orange, white and yellow mixed light;

The LED wavelength can be specified by the customer. We recommend using 620-630nm and 640-660nm for red wavelengths and 450-460nm and 460-470nm for blue wavelengths. Red light helps plants germinate and bloom, while blue light helps plants grow. You can choose a more suitable wavelength and color ratio to promote plant growth;

Very suitable for all stages of plant growth lights, they are suitable for indoor gardens, aquatic plants or soil-growing plants;

The area and height of the lamp will change according to different plants and environments, and the technical parameters will also change;

All material rings of the product meet environmental protection requirements and do not contain harmful heavy metals such as mercury;

Imported chip LED with high brightness and high reliability as the light source, with high brightness, wide angle and uniform light;

DC12V low voltage drive, safe to use;

Low power consumption, long life, maintenance-free;

Different plants require different growth conditions, and the wavelength of the light source required to participate in plant photosynthesis and affect germination and flowering will also be different. Therefore, the working wavelength of the product and the ratio of light source components will be very different for different plants. It can be customized according to user requirements, or the user provides relevant information, and we determine the composition of the light source for the user. Generally, red and blue light are the main components, and the ratio of red and blue light ranges from 2:1 to 9:1;

Red light: Promote photosynthesis of chlorophyll A and chlorophyll B, promote the formation of plant stems, stems and roots, leaf bulbs and other plants, and affect flowering and fruit;

Blue light: promote plant photosynthesis, promote green leaf growth, protein synthesis, fruit formation, increase yield and shorten the incubation period;

Customers can choose a more suitable wavelength and color ratio to promote the growth of plants according to the needs of your cultivated crops.

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Yaorong tells you the advantages and disadvantages of led plant growth lights

The rapid growth of plants and the harvest in the greenhouse require more than water and soil. The proper light level is also very important. Many times growers make a serious mistake, which is to install many HPS lights and bring them close to the plants. The HPS lamp emits a lot of heat. Lights close to plants will burn the leaves. LED grow lights are one of the most promising types of supplementary lighting for greenhouses. Let us understand this in more detail, because this type of light has many advantages over other types of lights, and because it is a new stage in the development of horticultural lighting. . In winter, insufficient light is a serious problem, when the sun is short and the sun is insufficient or insufficient for effective growth. Vertical farms or-more common in Europe-vertical farm containers are good examples of such farms.

But first, why do plants in the greenhouse need LED grow lights?

There are several options for using artificial LED grow lights today:

-Supplement. Promote photosynthesis. In this case, LED plant growth lights are used in combination with natural sunlight;

-Regularly. Supplementary LED plant growth lamp lighting is just to make it possible to control the daylight hours;

-Full daylight alternative. This program maximizes the control of the process of plant growth. It is worth noting that the complete replacement of daylight is only used in rooms with climate-controlled environments. Only by maintaining a balance is it possible to enrich the optimal growth rate of plants.

Before installing LED grow lights in a greenhouse, it is important to figure out its benefits for plants. Let's take a look at the important role of lighting in plant growth.

A complex chemical process takes place in plants: from simple molecules, huge organic chains are constructed to form the plant itself. For any process, energy is needed, and in real life conditions, plants use sunlight to obtain energy. A photon enters the leaf and initiates a biochemical reaction. The result is an increase in weight-roots, stems, leaves and fruits develop. The process of combining the atoms of simple mineral molecules into more complex organic molecules that occurs under sunlight is called photosynthesis. No light means no photosynthesis, and no plants without photosynthesis. The roots do not develop, the buds do not grow new leaves, the buds do not form, and even the fruit cannot even be dreamed of.

Artificial lighting must provide the assimilation lighting required for plant growth. LED assimilation lighting can increase the harvest per square meter and reduce the planting time. The LED plant growth lamp with a specific spectrum is the perfect solution. If the lamp does not solve this problem, it will only emit heat that will harm plants in the future.

Advantages and disadvantages of LED grow lights LED grow lights are on top of the world.

In terms of indoor farming, LED lighting technology has been soaring.

If it has not surpassed the traditional lighting system, it will soon surpass.

LED lights are the technology of the future. Compared with other types of horticultural lighting, they have many huge advantages.

In other words, they also have several shortcomings.

But these shortcomings are disappearing quickly because manufacturers are making their lights more efficient and cheaper. Soon, HID lighting (or other forms of lighting) will do better.

Let's take a look at the main advantages and disadvantages of LED grow lights.

Advantages of LED grow lights

These are the biggest advantages of using light-emitting diode technology to illuminate plants.

Fast harvest cycle

The LED grow light can be used 24 hours a day, and it has little effect on temperature. When growing plants indoors, the lack of environmental feedback means that plants rely on you to tell them what season it is and how they should behave.

The use of LED plant growth lights enables you to change the time of day and the amount of light of red wavelength at the correct time to maximize the growth rate of plants.

When LED grow lights are used to grow automatic flowering plants, there may be multiple harvests in one season. You can change the flowering time of the plant and increase the yield.

Prolong life

The lifespan of LED grow lights exceeds 50,000 hours, which is much longer than traditional lighting systems. An important reason for this is the low operating temperature of the lamp.

Traditional lighting systems generate a lot of heat, which significantly shortens their service life. The longer lifespan of LED grow lights means that you can grow crops for many years without replacing the lighting system, thereby reducing costs.

Energy saving

LED grow lights are more efficient than traditional lighting systems and can reduce energy by 60% to provide the same level of light.

Compared with traditional lighting systems, they emit less heat and provide more usable light. This is because LED diodes will not burn anything to produce light. Due to reduced energy use and heat production, LED plant growth lights greatly reduce energy costs.

Healthier plants

A light source that emits more ultraviolet, infrared, and heat is counterproductive to plant growth. This is because they cause plants to burn and dry up quickly, which causes them to require more water and energy to sustain life.

When using LED grow lights, heat and harmful wavelengths of light are limited. Therefore, water and energy are used to grow and cultivate healthier plants, not just for survival.

Target wavelength

LED plant growth lights allow us to adjust the wavelength of light, which means that we can provide plants with the exact light (action spectrum) needed for photosynthesis.

Traditional lighting systems emit a lot of green and yellow wavelengths of light, and plants do not use these lights. They need green and yellow light, but not so much.

This is a waste of energy.

When using LED plant growth lights, you can provide plants with the accurate spectrum they need. No light will be wasted, you can make full use of your energy.

Full spectrum

The best LED grow lights will produce a balanced full-spectrum light. As mentioned above, they provide you with all the light that plants need, don't look for "fuzzy" lights. The idea that plants only need red and blue light is outdated.

In addition, most lamps allow you to turn off specific wavelengths, so you can produce perfect light for each stage of plant growth. This means that LED grow lights are actually more suitable for your plants than natural light.

Cool working temperature

LED grow lights do not emit a lot of heat. This is different from HID lighting systems that produce temperatures close to 400 degrees or higher.

LED grow lights have little effect on the working temperature of the greenhouse or growth room. There is no need to install a cooling system in your planting area.

Environmental protection

LED grow lights are 100% recyclable. Unlike HID lamps, they do not contain toxic substances such as mercury. To ensure this, all high-quality LED grow lights have passed RoHS certification.

Disadvantages of LED grow lights

Despite its many advantages and growing popularity, gardening LED lights do have some disadvantages.

Generate directional light

LED lamps provide directional light like flashlights. They usually cover an area smaller than that covered by traditional lighting systems. Newer lights have solved this problem.

High purchasing cost

LED grow lights are much more expensive than HID or fluorescent lights. At least it's good.

You can find some lamps that are actually cheaper than HID lamps, but they are not very good.

In other words, there are now several high-quality LED companies selling their lamps at very low cost. You can even buy fixtures for less than $100.

Light pollution

LED grow lights produce bright blue light (among other colors), which can cause blindness in humans.

Affected by heat

LED grow lights are very sensitive to high temperature. Diodes may fail faster at high temperatures, so the quality of the light they produce will be affected.

This is why a good radiator and fan system is an important part of most LED plant growth lamps. In other words, newer plant growth lights, such as those from Shenzhen Yaorong Technology, do not use fans at all. It is completely dependent on passive cooling through a large radiator.

Aging effect

With age, LED diodes may also start to change color. Despite their long lifespan, they may not consistently produce the expected light quality as they age.

For cheaper LED chips, this is even more an important issue. If you buy quality lamps from a reputable company, you don't have to worry about this problem.

Advantages and disadvantages of LED grow lights: final thoughts

LED grow lights are almost certainly the future of the gardening industry. Even today, higher costs are the only serious disadvantage. As prices fall, this shortcoming is quickly disappearing. The best LED grow lights are very effective, and they can easily surpass any other type of garden lighting on the market today.

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​What should we consider when buying LED grow lights?

Guangdong LED plant growth lamp brand manufacturer, come to Yaorong Technology LED full-spectrum plant supplement light production line to find out

When understanding the different plant growth lights, it is important to know what to consider that will help the planting. There are several key points when making purchase recommendations. If you want to find the best LED plant growth light for your crop, please carefully consider the following precautions.

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How to choose the right plant growth lamp to grow industrial hemp

The soil used when growing hemp is the foundation of the plant. The soil must be in good condition with the fertilizer used in it. Air circulation and water and temperature changes, humidity changes, climate and season changes, light cycle, fertilizers and nutrients are essential for plant health. They are essential factors and will undoubtedly affect the efficacy of plants.

Most indoor cannabis growers prefer to use appropriate tools and techniques to improve the quality of cannabis plants. LED planting lights are one of the necessary items for growing and thriving weeds indoors. Seasonal cannabis growers and breeders have a lot of demand for the best LED grow lights. There are many sellers of LED grow lights around the world. When you use the right tools with little expertise, the growth becomes interesting and easy. The basic elements of industrial hemp plant growth The new hemp LED plant grow light,

Fertilizing plants with the right nutrients can make them flourish. Without proper nutrition, you may spend a lot of time growing cannabis plants that will not work in the end. The best strategies for growing cannabis plants are as follows

Don't ignore the importance of fresh air

Fresh air usually contains 300-500 parts per million of carbon dioxide. Ideal air conditions for cannabis plants are about one part per million. In order for your plants to reach their full potential, they must be exposed to pure oxygen-rich air. If you want to grow a lot of plants in a small space, you must install a proper ventilation system.

The right fertilizer is the key to quality

The most basic nutrients for your fertilizer are nitrogen, potassium and phosphorus. Proper fertilizer and nutrients should contain everything the plant needs, but they should be well integrated with the growing hemp. The cannabis plant needs micronutrients to thrive, which contain minerals and non-minerals. The basic elements of cannabis plant growth are: oxygen, hydrogen, carbon dioxide, nitrogen, calcium, magnesium, sulfur, potassium salt, phosphorus

Controlling the light cycle during the vegetative phase This is the stage where your plants grow steadily.

This staging is essential for the progress and vitality of your cannabis plant. In this step, the stems and leaves of the weed plant grow larger, and the plant begins to tower. The cannabis plant does not produce any buds at this stage, and you should adjust the shape and size of the plant through proper cutting. This is where the photoperiod brings more growth. The more lighting a cannabis plant receives, the better its growth and yield.

Don't forget to set the ideal temperature and humidity

In order to circulate the air, you can install a fan to cool the growth space, the lights will get hot, and most growth rooms are air-conditioned. The growth chamber should be stabilized at around 80 degrees Fahrenheit to achieve ideal growth.

The air conditioner will dry the air and keep the indoor humidity around 75%. You may need to install a humidifier large enough to affect the entire space. You should choose a regulator with a humidity regulator so that it can automatically adjust the humidity.

Management of flowering period is very important

If you grow cannabis plants outdoors, let nature follow its magical end. From June to July, as the days get shorter, these plants will begin to bloom naturally. The height and shape of indoor and outdoor plants are beginning to double. Make sure your plants are not exposed to sunlight at night. Even street lights can detrimentally hinder the flowering period of your cannabis plant. Please make sure there is sunshine during the day.

All in cannabinoids and terpenes

The trichome is where the plant produces all the cannabinoids and terpenes. Therefore, you should choose the ideal harvest window for fully developed trichomes. Harvesting too early will result in underdeveloped triangle hairs, making them more earthy and less effective.

Waiting for a longer harvest time will allow enough time for the trichomes to grow. The longer you pause, the more calm your flowers will become. Both alfalfa and In rice strains can cause a high degree of intoxication. In addition, if the flowering period is extended too long before harvest, the THC will begin to fade.

Try topping to grow thick buds

Topping involves cutting off unnecessary tops of plants to encourage plants to thicken and plump on the sides. Cutting off the top of a perfectly healthy plant may seem like a crazy plan, but this is a tried and tested technique used by breeders. Topping will make your plants grow shorter and ultimately produce higher yields instead of tall and thin plants.

The Way of the Green Sea-Popular to the present

Green ocean is a fast-growing method that allows you to grow many small plants quickly. This is a good starting technique, especially if you are busy and need height-constrained dwarf plants.

By packing green plants firmly, a green ocean can be built in it. Therefore, you limit its growth space and ensure that there is no wasted space and lighting. It will grow quickly and enter the budding stage. In addition, since the branches are small, you will need less pruning.

Master the basics of cannabis cultivation

When you master the methods of harvesting, pruning and drying, you will get beautiful buds and the yield is extremely high. Most growers ignore plants after harvest. However, these three post-harvest factors determine the taste, potency and appearance of the buds.

Growing independent cannabis plants has many advantages and fun. However, by establishing a perfect balance between climate, air, water, temperature, season, photoperiod, humidity, fertilizer and nutrients, you can get the best harvest.

Industrial hemp is an annual herb. In addition to its particularly important properties, it also has more uses. For example, it is a raw material for fiber products, clothing, ropes, sails, grease, paper, and medical supplies. It also has a lot of medicinal value. Therefore, in addition to growing hemp for the development of the textile industry, there are also other ways to explore the use of hemp in greenhouses.

Industrial hemp is a light-loving, short-day crop, and late-maturing varieties are more sensitive to light. Therefore, you must pay special attention to the light conditions when growing industrial hemp in a greenhouse. Insufficient light affects the growth of plants and the large content of various substances. When planting in the greenhouse, pay attention to the light transmittance, light intensity and light time in the greenhouse.

In the greenhouse, you can choose a plant growth lamp to supplement the light for industrial hemp, but when choosing a supplementary light, pay attention to the power of the plant growth lamp. The light intensity of the high-power plant growth lamp can meet the light requirements of hemp growth. Yaorong technology plant lamp manufacturer has developed a high-power plant growth lamp suitable for industrial hemp cultivation. The lamp board is very wide and thick, and the heat dissipation effect will be very good. The lamp spectrum is specially customized for the growth cycle of industrial hemp. At the same time, it can be folded for storage and installation. Another point is that the entire lamp components reach IP65 waterproof standards

If the temperature in the big shed is high, the water vapor is high, and the shed needs to be sprayed with water, the selected plant light should also be waterproof and moisture-proof. If the power of the plant lamp is relatively large, it will cause an increase in heat generation, so it is best to have a heat dissipation facility for the plant lamp to extend the service life of the plant lamp.

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Talking about LED plant light and its domestic market analysis

 The sales markets of LED plant lights are concentrated in Japan, South Korea, China and the United States, Europe and other countries and regions with fewer agricultural personnel. With the continuous improvement of China's LED plant lighting technology, its production costs will gradually decrease, the penetration rate will gradually increase, and the Chinese market will enter an explosive period. Whether it is from the perspective of promoting the development of modern agriculture or from the perspective of achieving energy saving and environmental protection, the application of LED plant lights in agriculture is of great significance, and the status and development needs of agriculture also provide development opportunities for LED plant lights. . However, the road to popularization of LED plant lights in China is still very long.

Many domestic research institutes have only started or completed experiments on "the effect of different LED light qualities on plants" in recent years. The light quality of LED plant lights is determined by the chip, and the quality of the domestic chips used in the current LED plant lights is not good enough. You can only choose imported chip-encapsulated LED lamp beads to produce LED plant lights, which leads to the production of lamps. The cost is high. But because of its accurate light quality and can be adjusted by artificial combination, the photosynthetic radiation per unit power consumption is very high, the plant supplement light effect is very good, the operating cost is very low (super power saving) and many other advantages, it is deeply loved by agricultural research institutes all over the world. It is favored by such organizations as intelligent plant factories. However, some private workshops have joined the lighting manufacturing camp. These people do not understand agricultural technology, and have no product experimentation conditions. They do not consider safety issues. They just purchase components at random, and the prices of finished products are super cheap. This inferior and useless so-called "LED plant light" is disrupting the already difficult market environment. This problem is also the current situation facing the white light LED market. When choosing LED plant lights, you also need to keep your eyes open. Yaorong Technology is the best. The products are quality-guaranteed, branded, and reasonably priced products. Don't be greedy for cheap and suffer huge economic losses and safety accidents.

 At present, the domestic manufacturers specializing in the production of LED plant growth lighting lamps are small in scale and few in number. They are highly concentrated in the Shenzhen area, and most of them are scattered among the manufacturers of functional lighting. Therefore, the peak 660 nanometer red light chip that is mainly required for agriculture cannot As a result, domestic chip epitaxial wafer manufacturers are unwilling to invest manpower and material resources to develop agricultural red light chips. And because the chip manufacturers of the international giants are superior to domestic manufacturers in terms of luminous efficiency and reliability, the product chips of LED plant lights in my country still mainly rely on imports.

 At present, the domestic LED plant light market is now in its infancy. The lamps used in the field of plant growth not only have problems such as high cost and low light penetration. There are also problems such as product disorder, irregular production design, lack of uniform product standards and quality management.

 The technical difficulty of LED plant lighting is not very difficult. The key is the lack of comprehensive talents who understand biology and LED technology. The technology and production process required for LED plant lighting are not very different from general lighting. The key is the choice of chip spectrum. 　　  Although the related chip technology for plant lighting has matured, different plants have different requirements for light irradiation and different living environments. This requires companies to have a deeper understanding of different plant spectra, living conditions, and cultivation environments. And this is exactly what is plagued by many companies.

  LED plant is a special kind of lamp, according to the law of plant growth, it must need sunlight, and LED plant lamp uses the principle of sunlight, and the lamp is a kind of plant lamp that replaces the sunlight to give the plant growth and development environment.

 In traditional agricultural production, ordinary electric light sources are generally used to supplement the light and apply different covering materials and other agricultural technical measures, such as the use of monochromatic fluorescent lamps and colored plastic films to change the light environment to regulate the growth and development of plants in the facility cultivation environment. A large number of applications and studies of LED plant lights in plant facility cultivation environments show that LEDs can solve these problems and are particularly suitable for artificial light-controlled plant facility cultivation environments. LED plant lights adopt different measures to avoid problems of different degrees, such as lack of analysis of specific spectral components, resulting in impure light quality processing, inconsistent light intensity, close to or even lower than the light compensation point of plants , The efficiency of the illumination light source is low.

 Plants rely on the energy of light for photosynthesis to grow, flower and produce fruits. However, due to the ever-changing climate changes and light changes in nature, plants cannot fully absorb the photosynthetic nutrients they need during different growth periods during different growth periods, which brings disadvantages to growth, especially in the seedling stage. . Scientific and reasonable artificial spectrum creates good absorption and reflection conditions for plant growth. The energy values ​​of the blue light zone and the red light zone are very similar to the efficiency curve of plant photosynthesis (the efficiency is more significant for green plants), which is the best light source for plant growth.

 Different plants have different requirements for the spectrum. For example, lettuce is red and blue 4:1, strawberry 5:1, general-purpose 8:1, some need to increase infrared and ultraviolet, but some factories do not understand all the spectra. We called any plant that its full spectrum was suitable for, but because it contained ultraviolet light, the orchid was irradiated by others. Fortunately, it was not a very expensive one. White light contains all the spectrum, so someone designed a white LED plant growth light, which is full spectrum. Philips also did this stupid thing. And I did an experiment. The same plant uses two 200w white lights on one side, and a 90w UFO (red and blue 1:1) and a 90w square (red and blue 8:1) on the other. A week later, under the white light The plants grow slower than those with red and blue lights. Don’t be superstitious about white light. At most, add a few white LEDs to the red and blue lights for improvement, not as the main light. The output lumens of the LED itself is not very high. Some customers say that Philips’s is useless, because these Philips T-tube lamps have a maximum of 20w, and a frosted lampshade is added, which loses part of the lumens. How many micromoles can be left from the light shining on the plants when hung up high? LED plant lights below 50 watts are very suitable for use near plants, more suitable for plant tissue culture (layered planting), family flower and vegetable growing, small space soilless cultivation and other fields, while LED plant lights above 50 watts are very suitable For greenhouse use, it is better to keep the lights within 2.5 meters from the main crop canopy area.

After application test, the wavelength of LED plant light is very suitable for plant growth, flowering and fruiting. Generally, indoor plants and flowers will grow worse and worse with time. The main reason is the lack of sunlight. The illumination of LED plant growth lamps suitable for the required spectrum of plants can not only promote their growth, but also prolong their flowering period. , Improve the quality of flowers. The application of this high-efficiency light source system to agricultural production such as greenhouses and greenhouses, on the one hand, can solve the shortcomings of insufficient sunlight leading to the decrease in the taste of tomatoes, cucumbers and other greenhouse vegetables, and on the other hand, it can also make winter solanum vegetables It will be listed before or after the Spring Festival in advance, so as to achieve the purpose of off-season cultivation.

 LED plant light is the latest high-tech product that applies scientific research results to agricultural production. It uses semiconductor LED lighting technology to combine light sources of certain wavelengths and colors to control the growth process of plants such as flowers and vegetables, so as to achieve the effect of increasing crop productivity, changing the flowering period, and improving the quality of agricultural products. It is a very practical and indispensable lighting product in current high-tech agricultural production.

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Advantages of LED plant lights in plant breeding

The five pillars essential for plant growth are temperature, moisture, nutrition, air and light. As the saying goes, everything depends on the sun to grow, and what should we do if we encounter severe weather such as haze and rainy days? Plant growth lights can help us replace sunlight to give plants an environment for growth and development.

Crops, like people, require exercise, work, and rest. Therefore, when using LED plant lights to fill the plants with light, you must also control the time. It is recommended that the plant's light time be controlled between 12 and 16 hours to allow the plants to stay. Give plenty of time to rest to ensure the efficiency of the plant’s daily work.

The quality of light has a very obvious impact on the growth of plants at various stages. For example, flowering and fruiting plants need sufficient red light during the period of flowering and fruit setting. If the red light is not enough, no matter how great the light is, the desired effect will not be achieved. The flowering and fruit-setting rate of the plant.

If the various lights of the plants can be matched in proportion to supplement the light according to the needs of the plants, the effect will be completely different. It will not only shorten the plant growth cycle, but also increase the yield and quality of the plants. This is also the reason for the emergence of plant lights, and it is the reason why LED plant lights replace traditional plant growth lights.

When the time and light quality are reasonable, it is necessary to use LED plant lights to control the light intensity. If the light intensity is not enough, the photosynthesis and respiration of plants will not even reach the same level, and it is even more impossible to think about plant growth.

If the light intensity is too strong and it exceeds the light saturation point too much, it is purely a waste of electric energy. Therefore, the most ideal value state is to control the light intensity around the light saturation point so that the plants can grow healthily and at the fastest speed. If there is not enough light to grow flowers, can you still add light to plants? Modern Yaorong Technology has done it, and it can also be applied to different light according to different plants~

 Regarding the lack of light, whether it is possible to make up for this problem with LED plant supplement light, the answer is yes! Take the rose plant as an example. We know that the rose requires strong sunlight to grow healthily. If the light is insufficient, it will not grow well. Then the emergence of the supplementary light can indeed make up for the lack of sunlight to a certain extent.

Plants’ need for light is mainly for photosynthesis. We all know that photosynthesis can not only produce oxygen, but also accumulate a large amount of nutrients for plants. These nutrients are inseparable from helping plants grow, absorb nutrients, and reproduce and grow. A strong accumulation of photosynthesis. Normally, ordinary sunlight can meet the photosynthesis of plants. For different plants, the demand for sunlight is different, but no matter what kind of plant, it needs sunlight, this is for sure.

In nature, the light of plants mainly comes from the sun, but when the sun is insufficient, the plants will not grow. At this time, it is necessary to rely on artificial light sources to supplement the light of the plant growth lamps.

Now on the market, LED plant lights can be customized according to the full spectrum of dedicated LED plants to give plants the light of the sun, greatly improve the efficiency of plant photosynthesis, and abandon useless light. According to different growth environments, it provides plants with an ideal light environment for photosynthesis and promotes the growth of plants at different stages.

The cool white light color is suitable for supplementing light for succulents and small flowers, preventing steep growth, beautiful plant shape, maintaining bright colors and prolonging the flowering period. Small flowers such as longevity flower, snapdragon, petunia, pansy, mini rose, Rieger begonia, water lily, etc.

 The warm white light color is suitable for indoor foliage plants to make the leaf color healthier, the plant type more compact, and the leaves thicker.

Purple-red light color florescence lamp is suitable for flowers, long-day flowers such as roses, gladiolus, iris, cineraria, impatiens, violets, poppies, lilies, etc.

 The principle of plant supplementary light is mainly to imitate the full-spectrum light of the sun. LED lights are generally the most common now. The advantages are low wattage and low power consumption. Households are a very practical way of supplementing light. When buying led plant growth lights, be sure to choose suitable cheap lights. Most of them are inferior and can not achieve the real light supplement effect. Not to mention the power consumption of buying home, it also starts to have a practical effect. It is more worry-free to trust the big brands.

LED plant light is a special LED plant growth lamp with a specific spectral wavelength designed to replace sunlight with light emitted by LED light-emitting elements, specifically to promote plant photosynthesis, and to create a light environment suitable for plant growth and development.

LED plant lights can control the spectral wavelength very well, and can fully meet the needs of plants for light. The spectral wavelength required for plant photosynthesis is usually in the range of 400 ~ 660nm. The blue light of 400 ~ 520nm and the red light of 610 ~ 720nm contribute the most to the photosynthesis of plants. The red and blue wavelengths of LED plant lights are just in this range, which can provide plants with spectral wavelengths suitable for their growth to promote plant growth.

At the same time, LED plant growth lamps are also energy-saving (high photoelectric conversion efficiency, power consumption is 1/4 of fluorescent lamps, 1/10 of sodium lamps), spectral controllability and adjustable, good point light source, luminescence (low heat) , Good moisture resistance, small size, long life (more than 30,000 hours), etc.

Plants "walk" from outdoor to indoor: Studying the growth behavior of plants outdoors not only covers a large area, but also has many uncertain factors, and it is impossible to fully quantify the research parameters of plant cultivation. Indoors are completely different. What kind of problems does each plant need in different growth periods, what kind of temperature, what kind of light, and what kind of light quality can grow best, and under what circumstances What are the different changes? With these quantitative parameters, different plants can be planted in various growth states according to the different needs of human beings. Only LED plant growth lights can make plants "walk" from outdoors to indoors. At present, only LED full-spectrum plant lights can enable indoor research to achieve the highest efficiency.

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Full-spectrum LED plant light: the best fill light for plants

The full-spectrum LED plant light is a supplementary light source for plant growth developed by simulating the solar spectrum. The visible light in the spectrum has a reasonable distribution ratio from the blue part of 385nm to the red part of 780nm. The light color is like daylight, with strong color rendering and color temperature. The drift is small, and it can fully meet the requirements of plants to supplement light.

The role of full-spectrum LED plant lights:

Full-spectrum LED plant lights are based on the spectrum required by plants to develop a full-spectrum artificial light source, which can complement the growth of plants at all stages, just like natural light allows plants to grow better.

The full-spectrum LED plant light can supplement light for plants at any time. When the sun's light is insufficient, it can extend the light supplement time for plants. Provides the light required by plants without being affected by any environmental changes.

Distribution of full-spectrum LED plant light source:

(Each set uses 35W, the best irradiation radius is 4-5 meters, the best installation height is 2-2.5 meters, and the interval is 4-5 meters)

(Each set uses 70W, the best irradiation radius is 5-6 meters, the best installation height is 2.5.-3 meters, and the interval is 5-6 meters)

(Each set uses 150W, the best irradiation radius is 10 meters, the best installation height is 5-7 meters, and the interval is 10-12 meters)

(Each set uses 250W, the best irradiation radius is 15-20 meters, the best installation height is 8-12 meters, and the interval is 15-20 meters)

Features of full-spectrum LED plant lights:

1. Increase yield: the energy needed for plant growth comes from the photosynthesis of plants, and photosynthesis needs sunlight, and full-spectrum LED plant lights can supplement light to plants when there is insufficient light, and promote the accumulation of plant dry matter, thus achieving increased yield the goal of.

2. Market early: Full-spectrum LED plant lights can shorten the growth cycle of plants, promote plant growth, and make crops available for sale in advance.

3. High luminous efficiency: 90% of the light emitted by full-spectrum LED plant lights can be absorbed by plants. Traditional plant lights such as high-pressure sodium lamps and metal halide lamps can only absorb 8-10% of the light during photosynthesis.

4. Low power consumption: The full-spectrum LED plant light consumes very little power, so users do not have to worry about the cost of the fill light.

5. Long lifespan: The full-spectrum LED plant light has an extremely long lifespan and an ultra-long lifespan of 50,000 hours to ensure long-term safe and efficient operation of the product.

6. Environmental protection: The full-spectrum LED plant light is safe, environmentally friendly and does not contain toxic mercury. Our LED grow lights use 10%-30% more energy than traditional lights. Consuming less energy can reduce greenhouse gas emissions into our environment.

The principle of full-spectrum LED plant light:

Light environment is one of the important physical environmental factors indispensable for plant growth and development, and light quality adjustments can meet the light quality requirements of all plants.

Contains the wavelength of 400 ~ 420nm, the formation of anthocyanins inhibits occupational elongation. The wavelength is in the range of 450～460nm, which can have a better effect on the stems and leaves of plants and accelerate plant development.

When the wavelength is 550nm, it promotes the growth of oxygen, and when the wavelength is 580nm, it has a good effect on the buds or roots that have just grown.

The wavelength of 650～660nm promotes the overall growth of the plant, especially in the flowering and fruiting period, increasing the growth speed (20 days earlier flowering, 30 days earlier harvest), also increases the number of fruits by 25% to 35%, and reduces deformed fruits The rate of occurrence. The absorption rate of 720~1000nm is low, which affects flowering and seed germination.

Full-spectrum LED plant lights are used as supplementary lighting research for plant photosynthesis. Traditional artificial light sources generate too much heat. If LED plant growth lights are used to supplement lighting and hydroponic systems, air can be recycled, excess heat and water can be removed, and electricity can be efficiently converted into Effective photosynthetic radiation is finally transformed into plant matter. Studies have shown that the use of full-spectrum LED plant light for lighting can increase the growth rate and photosynthetic rate of lettuce by more than 20%, and it is feasible to use LED plant growth lights in plant factories. Compared with the metal halide lamp, the anatomical morphology of the stems and leaves of the pepper and perilla plants grown under the LED plant growth lamp with the corresponding wavelength changed significantly, and with the increase of the optical density, the photosynthetic rate of the plant Is able to improve. Compound wavelength full-spectrum LED plant growth lights can increase the number of stomata in marigold and sage plants.

The full-spectrum LED plant light is used as the induction lighting for the photoperiod and light morphology of plants. The LED plant growth light of a specific wavelength can affect the flowering time, quality and duration of the flowering period of the plant. LED plant lights of certain wavelengths can increase the number of flower buds and flowering of plants; LED plant lights of certain wavelengths can reduce the flower formation response, regulate the length of the stalk and the flowering period, and facilitate the production and marketing of cut flowers. It can be seen that through the regulation of full-spectrum LED plant growth lights, the flowering and subsequent growth of plants can be regulated.

Shenzhen Yaorong Technology LED Plant Light Factory in Shenzhen, Guangdong, China. Due to its unique advantages, the cost of LED plant lights is still higher than traditional lamps. However, with the technological advancement of the times, the cost of LED plant lights will definitely decrease rapidly. In the future, full-spectrum LED plant lights will create a broader world for agricultural production.

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Cannabis cultivation: which is better,HPS light or 800wLED plant light?

Before 800wLED plant lights appeared, HPS lights had always been the most used lights in indoor cannabis cultivation. With the decline in the cost of LED plant lights and the advancement of technology, more and more growers use 800wLED plant lights in indoor cannabis cultivation. In response to the legalization of cannabis in some countries, the demand for 800wLED plant lights continues to rise. So now, some growers have their own opinions on who is better and who is better with the hemp planting lighting HPS light and 800wLED plant light. Below, Yaorong Technology will analyze and compare the two lights for you.

What is 800wLED plant light?

800wLED plant is a kind of semiconductor light-emitting diode, which can make electrical energy have a small resistance in one direction and a large resistance in the other direction, which can pass through a "pn junction". On one side of the junction, there is a material that has been processed to provide additional electrons, and on the other side, there is a material that has been processed without electrons.

800w LED plant light power

In 800wLED plant lights, the ratio of lumens per watt is not as important as PAR. This is because red and blue usually have a smaller lm/W ratio because it provides the most necessary band for photosynthesis. However, the power is still very important to the supplementary light of plants. The power depends partly on the degree of light-loving plants. For light-loving plants like hemp, you must choose a high power such as 800wLED plant lights to meet the demand for supplementary light.

800wLED plant light spectrum

800wLED plant light uses multiple bands to create a more complete, more complex and effective spectrum, which is considered to be very beneficial to plant growth. 800wLED plant light can provide the best spectrum for plants, and the most modern full-spectrum model can provide up to 11 The light band of two wavelengths is an ideal wave for cultivation.

Advantages of 800wLED plant light

800wLED plant lights produce very little heat, so the indoor cannabis planting environment may not even need to install heat dissipation equipment, normal ventilation can solve it, and it can even play a role in temperature control.

800wLED plant lights are energy-saving lamps, do not need as much electricity as HPS lights, so the electricity bill will be lower, reducing costs.

The service life of 800wLED plant lights is very long, between 50,000 and 100,000 hours.

800wLED plant lights will produce higher quality flower buds when they bloom, and their effectiveness is significantly increased. Its operation does not require ballasts or reflectors, because they are smaller systems that do not take up much space.

Disadvantages of 800wLED plant light

800wLED plant lights are relatively more expensive in terms of price. There is no standardization in the field of crop lights, and people are afraid that buying it may not bring the expected results, and may suffer a loss.

In cold regions, low heat generation can be a disadvantage.

Although the quality of the outbreak is better, the yield of 800wLED plant lights is generally lower in quantity.

What is HPS light?

A high-pressure sodium lamp (HPS) emits light by sending high-pressure energy pulses to a pressurized quartz tube filled with vaporized sodium, which is connected to other elements such as xenon or mercury. When these gases become hot, they will glow. Sodium produces a strong yellow-orange light. Xenon and mercury can modulate this light because they emit light at the blue end of the visible spectrum, producing a whiter final spectrum.

HPS lamp power

The highest performance HPS lamp produces approximately 150 lm/W. This is also why HPS lamps have always been known for their high brightness, and their luminous flux meets the needs of indoor cannabis cultivation, because cannabis is a light-loving plant, which is also an important reason why some growers like HPS lamps. If the luminous flux of hemp supplement is insufficient, it will affect the yield of buds.

HPS spectrum

Although HPS lighting technology has improved recently, its imitation of daylight is considered to be worse than other newer systems. Because sodium vapor emits a strong red-yellow light, although there are now new full-spectrum bulbs composed of a double arc system, including metal halides and HPS components.

Advantages of HPS lights

HPS light will produce an important flowering stimulating effect, making plants bloom more vigorously, which translates into higher yields.

The cost of HPS lights is lower than 800w LED plant lights.

HPS lamps are used more frequently and are more standardized, and people have a higher awareness of this.

Using HPS lights, we provide high-quality light to plants because it is a very powerful light.

Disadvantages of HPS lamps

HPS lamps consume a lot, so their later operating costs are quite high, especially when the bulb exceeds 1000W.

HPS lamps generate a lot of heat and require adequate ventilation. Installing a fan or air conditioner further increases the cost.

HPS lamps require ballasts or reflectors to operate, and have a shorter lifespan than LED lamps, requiring replacement, which is an expensive cost.

Through the above comparison. Both types of lamps have their advantages and disadvantages. The debate about its quality has become less important, everything will depend on the needs of your crop. Depending on the initial cost, HPS lights may be the best choice for amateur growers with few plants. But from the long-term efficiency point of view, the most suitable is 800wLED plant light.

The 800w LED plant light market is developing in an all-round way. With the continuous progress of LED technology and the innovation of agricultural planting technology, LED plant lights will go further. What will you look forward to in the future?

[yaorong]

3 steps to ensure the efficient growth of plants through 1000wLED plant lights

Purchasing 1000w LED plant lights is a long-term investment project. Due to the low energy consumption, low heat radiation and spectrum optimized for effective plant growth, it will inevitably be rewarded over time. However, if the arrangement is unreasonable, all these investments may prove to be wasted. Today, Yaorong Technology will teach you 3 ways to ensure the efficient growth of plants through 1000w LED plant lights.

The first step: determine the plant's supplementary light needs

First of all, we determine how to use 1000wLED plant lights to best provide light for plants. So let's take a look at what issues need to be paid attention to?

For the daily photoperiod of plants, we need to know how long it takes for plants to supplement light every day. It is impossible to supplement light 24 hours a day, because plants also need to rest. We can do this:

1. Determined according to the degree of light-loving of the plant

For plants that are more light-loving, you need to use 1000w LED plant lights to supplement the light for the plants at 6:00-10:00 and 17:00-00:00, because 10:00-17:00 is the sunlight to meet their growth needs Time, so it takes about 11 hours for the plants to fill in the light.

For normal light-loving plants, their growth needs can be met when there is sunlight. If not, the time of supplementing light with 1000w LED plant lights only needs to be set according to the local sunrise and sunset time, and the supplementary light time should avoid plant rest as much as possible. Time.

2. Set according to the planting environment

The planting environment mentioned here includes the difference between the north and the south, the difference between spring, summer, autumn and winter, and the difference between indoor and outdoor sunlight. Regional and seasonal differences can be set according to the light law, the closer to the equator, the stronger it is to set the lighting time with 1000wLED plant lights. Or strong in summer and weak in winter, set the lighting time with 1000w LED plant lights according to local conditions. There is a big difference in the light that can be received by indoor and outdoor plants. Indoors need 16-18 hours of full-time supplement light, and outdoor plants need to supplement light according to the difference in sunlight illuminance.

The light intensity, how many photons "supply" the plant, is usually measured in µmol/m 2 /s, and the correct spectrum, that is, the combination of wavelengths, is determined for each growth stage.

What makes this task challenging are the different requirements for each plant species and each growth stage. Good artificial lighting is very close to sunlight, but artificial lighting can go a step further and provide wavelengths for plants. Compared with growing in the sun, plants grow faster and have more nutrients. Regarding how many photons are used to "supply" a plant, we can give an example: a lettuce needs ~80 µmol/m 2 /s in the seedling stage, and needs ~150 µmol/m 2 /s and 200 µmol/m 2 in the vegetative stage. Above/s when it starts to bloom. The understanding of its light intensity requirements comes from multiple experiments in which its behavior is observed under different types of light sources and intensity levels.

The second step: the choice of LED plant light

Knowing how much light the plants need in each growth stage can be used in various aspects such as how many LED plant lights should be used, what type of LED plant lights, and their power. How many LED plant lights to use can be calculated and selected according to your planting area; there are three types of LED plant lights: tube, strip and box lights, which are selected according to the planting space area and the installation method; finally It is the power choice of LED plant light. We suggest that if it is planting in a large area, then choose high-power LED plant light. For example, Yaorong Technology 1000w LED plant light is good. If it is family planting or small area planting, choose small The power LED plant light does not waste cost and is more cost-effective.

The third step: 1000wLED plant light supplement light skills

1. Uniform illumination

The chip distribution is based on the light-filling plant characteristics of the 1000w LED plant light. After the lamp bead ratio is obtained, how to intersect between the chips is calculated, and finally distributed on the plant light package and COB panel according to a certain rule, so that each LED plant The light illuminates the main area with uniform light quality and light intensity distribution.

The arrangement of the spacing between each 1000w LED plant light is calculated according to the planting space area to obtain the distance distribution between each 1000w LED plant light, so as to ensure the uniformity of the large-area planting light.

2. Illumination distance

The illumination distance of 1000wLED plant lights is very important. You need to adjust the points for different plants at different stages, and the distance should be unified to make the illumination more uniform. If the distance is not well controlled, it may harm the growth of plants. The general recommendation is that the germination stage distance: 60 cm, the seedling stage distance: 75 cm, the growth stage distance: 45 cm, and the flowering stage distance: 30 cm.

3. Efficient use of light

The 1000w LED plant light can also achieve efficient use of light under the condition of uniform illumination. The main physical principles used are light reflection and light refraction.

The 1000w LED hemp plant light uses the reflection and refraction of light to not only make the light more uniform, but also achieve high luminous efficiency. It mainly uses the reflector and the metal substrate used by the COB. The principle of the reflector reflects the light emitted by the light source into a beam to increase the local light intensity. , The reflective effect of the metal substrate is also to maximize the light energy emitted by the 1000wLED plant lamp beads to be used by plants, and the reflected part is auxiliary light, which also has the function of fixing the lamp beads and heat dissipation.

The principle of light refraction used by 1000wLED plant lights is mainly to use optical lenses. The principle changes the propagation trajectory of light. Generally, single lenses and retest lenses are used, which can very accurately control the distribution of light.

4. Humidity, temperature

Photosynthesis and transpiration rate are directly affected by temperature, humidity and airflow. Find the best temperature and humidity for your plants between 75*-85*F and 50%-70% humidity, and have sufficient airflow to replenish carbon dioxide.

Nowadays, more and more plants need 1000wLED plant lights to supplement light. 1000wLED plant lights can control the plant's supplementary light growth environment and give plants better growth in all stages. Not only has the output increased, but the harvest time has also been advanced. It can be produced at any time throughout the year. It is no longer affected by environmental seasons, seasons and geographical restrictions. LED plant lights and agriculture will definitely undergo tremendous changes in the future. Let us look forward to it together.

[yaorong]

Full-spectrum led plant growth light-the gospel of plants

With the launch of Yaorong Technology's new full-spectrum led plant growth lamp, many customers have come to consult and inspect. The full-spectrum LED plant growth lamp is another brand new LED plant growth lamp lighting product launched by Shenzhen Yaorong Technology Co., Ltd. after years of research and experimentation.

The full-spectrum led plant growth light or plant light is an artificial light source, which is designed to emit an electromagnetic spectrum suitable for photosynthesis to stimulate plant growth. The main function of the full-spectrum led plant growth lamp application is to supplement light. In winter, the time of sunlight exposure may not be sufficient for plant growth. Or some specific plants are in a specific growth period, the growth rate is proportional to the light demand, in order to increase the light time to promote the rapid growth of plants.

Full-spectrum led plant growth lights are either trying to provide a spectrum similar to the sun (quasi-sunlight type), or provide targeted wavelengths for plant cultivation needs. Outdoor conditions are imitating changes in color, temperature, and spectral output from growing light, as well as changing lamp lumen output (intensity). Depending on the type of plant cultivation, the stage of cultivation (such as the germination/nutrition stage or flowering/fruiting), and the photoperiod required by the plant, the specific range of the frequency spectrum, the luminous efficiency and the color temperature are the desired use and specific plants and Time period.

Many plants also require periods of dark and light colors at the same time, which is known as the effect of photoperiod phenomena to trigger flowering. The light can be turned on or off to turn on at the set time. The best photography/dark period ratio depends on the variety and variety of plants, such as some people who prefer long days and short nights and others tend to be different or intermediate "day lengths".

When discussing the development of plants, the emphasis is often on light. This is the number of hours that darkness affects the factory’s long response time per day. Generally speaking, a "short day" is one in which the photoperiod does not exceed 12 hours. "Long day" is where the photoperiod is not less than 14 hours. Short-day plants are those that flower when the length of the day is less than the critical time. Long-day plants are those that flower when the photoperiod is greater than the critical duration. Day-neutral plants are those flowers regardless of the light cycle.

Photosynthetically active radiation (PAR)

The different wavelengths of light are weighted by the reaction of the eye. This makes them a measure of improper lighting levels in horticultural lighting systems. Instead, the level of illumination is quantified as the amount of radiation in the wavelength range from 400 to 700 nanometers, or photosynthetically active radiation (PAR). It can be expressed in units of energy flux (W/m2) or photon flux (2S-1 between moles).

Yaorong full-spectrum led plant growth light seems simple, but it actually contains many optical and thermal principles. In general, full-spectrum led plant growth lights need to simulate sunlight to promote plant growth. The design of the professional full-spectrum led plant growth lamp is to imitate the spectrum and luminous flux of daylight, so that its performance is similar to that of daylight. Experiments show that red light (610-720nm) greatly increases the photosynthesis of plants and promotes plant growth; blue light (400-520nm) can enhance the activity of chloroplasts and promote photosynthesis of plants; purple light (300-440nm) promotes plants The formation of pigments and the absorption of phosphorus and aluminum directly affect the formation of vitamin D and the formation of stratum corneum and the accumulation of dry matter in plants and fruits. And under the mixed light of red and blue (9:1), the growth of the plants is the best, not only very strong, but also the root system is developed.

The full-spectrum led plant growth light is to supplement the light to the plants, and can enhance the light at any time of the day, so as to always help the plants to carry out photosynthesis. Especially in the winter months, the effective lighting time can be prolonged, so that the plants will be in a stable growth environment for a long time, and they will not be affected by the external natural climate. Under the circumstances, it can continue to create a harmonious world for the plants, and at the same time, the plant growth light also brings great convenience to the cultivators.

Yaorong technology full-spectrum led plant growth lights can completely replace natural light in greenhouses or plant laboratories to promote plant growth. At the same time, Yaorong technology full-spectrum led plant growth lights also have the following advantages:

1. The effect of supplementing light and promoting growth is good: sunshine is a necessary factor for plant growth in addition to nutrition and water. After a long time of optical research and experimentation, Yaorong Technology has produced full-spectrum LED plant growth lights that are closer to sunlight.

2. Efficient and more energy-saving: Compared with the traditional light source, the full-spectrum led plant growth lamp produced by Yaorong Technology is brighter and more environmentally friendly. Compared with the traditional light source, the energy-saving rate has reached more than 90%, and the energy-saving effect is very obvious. High-efficiency and energy-saving means saving money. According to the current domestic electricity prices, the initial investment cost can generally be recovered within 1-2 years! Since then, lighting with led plant growth lights is equivalent to making money for you.

3. Environmental protection and healthier: There is no ultraviolet and infrared in the spectrum of the luminous body, electromagnetic protection is also very good, and there is no radiation; constant current drive, the light does not flicker, and the light is very soft. This point cannot be achieved by other light sources! During the use of the lamp, there is no harmful gas emission, and it is absolutely environmentally friendly and energy-saving, which is also what Yaorong Technology pursues.

4. Durable and longer life: The theoretical service life of Yaorong Technology's full-spectrum led plant growth lamp can reach 100,000 hours, and the actual service life can reach at least 50,000 hours, which is 20 times the life of ordinary light bulbs and 4 times that of ordinary energy-saving lamps; lighting every day 5 hours is available for 10 years (calculated result).

5. Mute and no interference: The whole lamp has no noise, and it is very quiet in use, without the roar of ordinary energy-saving lamps (rectifier).

6. Safer and more reliable: Yaorong Technology uses high-quality electronic components to better ensure the stable work, longevity, low heat generation of the full-spectrum led plant growth lamp, and it is safer and more reliable.

The full-spectrum LED plant growth lamp is used as a supplementary lighting research for plant photosynthesis. Traditional artificial light sources generate too much heat. If LED plant growth lights are used to supplement lighting and hydroponic systems, air can be recycled, excess heat and water can be removed, and electricity can be efficiently converted into Effective photosynthetic radiation is finally transformed into plant matter. Studies have shown that the use of full-spectrum LED plant light for lighting can increase the growth rate and photosynthetic rate of lettuce by more than 20%, and it is feasible to use LED plant growth lights in plant factories. Compared with the metal halide lamp, the anatomical morphology of the stems and leaves of the pepper and perilla plants grown under the LED plant growth lamp with the corresponding wavelength changed significantly, and with the increase of the optical density, the photosynthetic rate of the plant Is able to improve. Compound wavelength full-spectrum LED plant growth lights can increase the number of stomata in marigold and sage plants.

The full-spectrum LED plant growth lamp is used as the induction lighting for the photoperiod and light morphology of plants. The LED plant growth light of a specific wavelength can affect the flowering time, quality and duration of the flowering period of the plant. Some wavelengths of LED plant growth lights can increase the number of flower buds and flowering of plants; certain wavelengths of LED plant lights can reduce the flower formation response, regulate the length of the stalk and the flowering period, which is conducive to the production and marketing of cut flowers. It can be seen that through the regulation of full-spectrum LED plant growth lights, the flowering and subsequent growth of plants can be regulated.

[yaorong]

Inexperienced growers, how to choose the best LED grow lights

If you are an indoor gardening enthusiast, but still a novice who does not understand the working principle of indoor gardening, you first need to find different materials to learn, right?

During this learning process, you will find that indoor growth requires a very important piece of equipment: LED plant growth lights. Since these plants are grown internally, they need an LED plant growth light that can simulate sunlight and drive photosynthesis.

You will see many lights claiming to be "best grow lights", but there are actually four main types of these lights: fluorescent grow lights, MH, HPS bulbs, and LED grow lights.

If you read the Wikipedia article about plant growth lights, you will find that LED plant growth lights are by far the best lighting. Needless to say, the first few traditional lamps have their own merits; they are all very cheap and can be bought almost anywhere. But their shortcomings are also obvious, such as too much heat, or the spectrum cannot meet the needs of plants.

For some plants that require a lot of light to grow, traditional lights cannot compete with LED lights in some aspects. In this blog, we will list some basic knowledge about choosing the perfect LED plant growth lighting.

8 key features you should know about LED plant growth lights

1. PAR

PAR stands for "photosynthetically active radiation". It is a metric used in plants, while lumens are used in humans. So plants don't care how bright your lamps look. PAR in lighting is a wavelength in the visible light range of 400 to 700 nanometers (nm), and plants use this range for photosynthesis or growth.

2.PPF&PPFD

There are two stages related to photosynthetically active radiation (PAR). They are photosynthetic photon flux (PPF) and photosynthetic photon flux density (PPFD).

PPF simply describes the number of photons produced by the LED growth lamp in the PAR wavelength range in one second.

PPF is measured in units called micromoles (umol). You can use PPF to determine if your plant growth light is "strong enough."

PPFD is the number of photons that hit the canopy of a plant in a given second. This is measured in micromoles (umol). The larger the value, the better.

The difference between PPF and PPFD is that PPF is the light intensity measured at the light source, while PPFD is the light intensity measured on the surface of the plant.

3. Photon Efficacy

Photon efficiency is a measure of how well a light source produces visible light. The unit of efficiency is Joules per second (J/s). If you know the PPF of the light and the input wattage, you can easily calculate the photon efficiency. The higher this number is, the higher the efficiency of the led plant growth lamp to convert electrical energy into photons. Therefore, be sure to confirm this with the lighting manufacturer.

4. LED chip

Chip is the most necessary and basic aspect of LED plant growth lighting. Therefore, the manufacturing of chips must keep durability and efficiency in mind.

A suitable LED chip can hardly appear color inconsistency while maintaining voltage and intensity. Elaborate chips can produce effective and uniform LED plant growth lights, which can support a variety of crops.

5. Spectrum

The spectrum refers to the electromagnetic wavelength of the light generated by the light source to promote plant growth. In order to carry out photosynthesis, plants use light in the PAR (Photosynthesis Effective Radiation) region. The wavelength of this region (400nm-700nm) is measured in nanometers (nm).

LED plant growth light full spectrum

LED lighting stimulates the colors of sunlight from red and yellow to blue and purple, and plants use this full spectrum for the photosynthesis process.

Red light and blue light are the most critical for plants. Blue represents plant growth stage, while red represents flowering.

In addition to red and blue, other wavelengths are also conducive to certain stages of plant growth.

Ultraviolet rays help protect plants from insects and diseases, while more infrared rays than normal will make your plants think they are covered by something, so they need to grow taller to get more light.

Compared with other wavelengths, green light can penetrate plant leaves farther and deep into the canopy.

The ideal spectrum can help accelerate vegetation, increase flowering, accelerate growth, and so on. Whether the light source is an auxiliary light source (such as a greenhouse) or the only light source also affects which spectrum should be used.

Therefore, equipping your indoor plants with full-spectrum LED grow lights means that it can provide all the wavelengths present in natural light. All you need to do is to switch the amount of light the plant needs in different growth stages.

6. Heat dissipation

Although LEDs emit less heat than other traditional plant lights, putting many LEDs together, they still need a cooling system to keep the body cool at all times. Some of the best LED lights on the market have a heat sink to release extra heat. This means that there are no noisy fans, and no power is wasted by powering them.

7. Lighting coverage

Every LED grow light you consider should contain information about lighting coverage. This refers to the area covered by the light falling on the plant, usually in square feet.

A good coverage area is very important. Not only the size and lens of the LED grow light determine your coverage area, but also the height of the suspension. The farther the distance between the lamp and the plant, the larger the area, but the lower the PPFD.

LED grow light coverage

Suppose you hang a light 12 feet from the canopy. You increase the suspension height to a distance of 24 feet. You will now have a much lower light intensity than before.

This is why it is very important to pay attention to the suspension height and coverage area when choosing LED plant growth lights.

8. Wattage

When it comes to the wattage of LED grow lights, this indicator refers to two things. The 550w LED light can show that it can really absorb 550w energy from the wall, or it can provide the brightness power equivalent to the 550wMH/HID growth light.

Therefore, please pay attention to what the specified wattage of LED plant growth lamp means. Our LED plant growth light can actually provide what it says on the Internet.

4 ways to increase crop yields with LED plant lights

Spectral distribution

The optimal spectral distribution and light intensity of led plant growth may vary depending on the plant species and its unique needs, but every grower needs a reliable and uniform distribution of PAR, that is, photosynthetically effective radiation, which is suitable for the growth cycle of the plant at various stages of the spectrum . We have carefully designed our spectrum to be suitable for both the warmer red wavelengths that replicate summer growth conditions and promote higher plant growth, and the cooler blue wavelengths that promote the production of terpenes and trichomes during the germination or fruiting period.

Easy to adapt

In the event of any changes to your indoor planting facilities, LED plant growth lights can be easily adapted and are easy to move, repair or maintain. Thanks to the end-to-end modular design, each of our LED plant growth lights can be turned on to replace the circuit board and LED panel without removing the light from the growth chamber. Whether you choose to switch crop production, change cultures, or add new plants to production, LED plant growth lights are suitable for any environment or facility at any stage of the plant growth cycle. Over time, complete control of LED plant growth lamps and easy and easy maintenance access introduces a new way to change and grow your business.

Efficient and no waste

Many older generations of LED grow lights rely on complex mechanical fans usually built into the lamps to blow heat away from the LED chips. This is a manifestation of poor residential design. The mechanical fan not only requires additional power to supply power, which reduces the overall efficiency of the lamp, but also may become a potential point of electrical and mechanical failure, which is a headache that no grower can get rid of. The fixture is designed with double folding aluminum fins built into the housing to increase the surface area and fanless radiator, ensuring a lower operating temperature than any of our competitors. Save effective energy and reduce unnecessary troubles.

Product quality

Many of the LED grow lights on the market are not suitable for commercial and industrial operations. This is mainly due to the low quality of their housings, problems with the fans, and excessive light overflow due to lack of optics for focusing the beam propagation . LED is the most important engineering and innovation leader in industrial LED lighting technology, providing an unprecedented level of quality, craftsmanship and spectrum optimization for the horticulture industry, enabling your planting business to reach the highest standards of today's technology. Experience the excellent quality of Yaorong Technology’s LED plant growth lamp technology and the industry’s only 10-year warranty.

Conclusion

Good lighting is an important factor in determining plant yield and other factors, such as the strain you are using and planting experience.

If you pay attention to the above factors when choosing LED plant growth lights, you can definitely get the best LED plant growth lights for your plants. In terms of minimizing electricity costs while maximizing plant health, the right LED grow lights will bring you the most benefits.

[yaorong]

6 ways to maximize the advantages of LED grow lights

With the development of LED plant growth light technology, LED plant growth light provides indoor growers an opportunity to reduce operating expenses while improving plant quality. LED grow lights do not generate a lot of heat. Indoor growers have discovered that when using HID lights, they do not have to cool the growing space to the desired degree. The directional lighting provided by LED grow lights is more energy efficient than HID or HPS grow lights. The electricity bills of growers who switch to LED plant growth lights have been reduced by 60-70%.

Switch to LED plant growth lights to effectively increase plant yield

Electricity costs account for the main part of indoor farm and garden management costs. Therefore, cost savings alone are enough to motivate people to switch to LED lighting. Once growers have successfully transitioned to LED grow lights, they will soon discover another bottom-line benefit—improving plant quality and increasing yield. From the results of our tests, compared with planting using traditional lighting, high-quality LED plant growth lights can increase plant yield by 50%, and the plant growth rate is 2.5 times. What do I need to do after switching to LED grow lights?

How to maximize the advantages of LED plant growth lights

Compared with HID and HPS lamps, LED plant growth lamps provide a highly efficient directional light source with less heat output. The growers found that they had to adjust the planting operation. The following tips will help you maximize the advantages of using LED grow lights.

one. Monitor the temperature of the planting room

Planting operations using HID lights require a high level of cold air circulation to prevent dehydration of the plants. Growers who switch to LED plant growth lights find that the planting room environment is much cooler than when using HID lights. That's because LED plant growth lights directly convert electrical energy into light. Another advantage of LED grow lights is that they do not leave thermal characteristics. When transitioning to LED plant growth lights, be sure to pay close attention to the temperature of the planting room to maintain the best environment for plants. If you live in a cold area and rely on light as a heat source, you need to find an alternative heat source.

two. Avoid overwatering the plants

Since HID lamps generate a lot of heat and infrared rays, both of which cause water to evaporate, growers must frequently water the plants to compensate for water loss. The LED grow light is a low-output light source that does not produce light in the infrared spectrum. So plants and soil tend to retain water. Indoor planting rooms using LED grow lights consume 80% less water than outdoor operations.

three. Automation provides a clear photoperiod for optimal plant growth

In nature, light provides a rhythm for plants, which defines the period of growth, flowering and dormancy. In order to achieve optimal plant growth, indoor growers need to simulate these light cycles. The easiest way to provide plants with the proper amount of light is to use a timer to automatically set the LED grow lights. Remember the plant's need for changes in light during its life cycle. Plants need 18 hours of light during their vegetative phase, and reducing their light to 12 hours per day triggers flowering.

four. Pay attention to the LED formula used in the grow light

Just like plants need different photoperiods at different stages of development, they also need specific wavelengths of light at different growth stages. Plants need to be exposed to light in the blue, white-red, and far-red spectrum. Dark green leafy plants need to be exposed to all blue wavelengths to thrive, and exposing flowering plants to light in the far red range will reduce flowering time, which means less waiting time before harvesting crops.

five. Pay attention to the height when installing LED plant growth lights

Plants use 100% of the light produced by LED grow lights, and 10% when using HID lights. Therefore, growers find that they need to install the LED plant light's lighting system at a lower position than the old HID lamp, because the LED plant light almost emits no heat. In addition, the placement of light needs to provide a uniform light distribution while allowing penetration of the plant canopy.

six. Install multiple LED plant growth lights

By installing multiple LED plant growth light units, you can overlap the light to maximize light distribution. This efficiency significantly saves electricity costs.

As a grower, you can follow these suggestions when they switch to high-quality LED plant growth lights. You will find that you will soon realize a positive return on your investment.

Save energy

The amount of light produced by LED grow lights is the same as that of lower power HPS and HID lights. This will help growers save electricity bills. Yaorong Technology has tested the efficiency between high pressure sodium (HPS) lamps and LED lighting bulbs. The results of the study show that LED grow lights can reduce energy consumption by up to 50%. Less heat, more light

LED grow lights directly convert electrical energy into light. Therefore, the heat emitted by LED grow lights is much lower than that of other grow lights. This is very important for plant growth. Because too much heat can cause damage to plants and reduce their growth and longevity.

The high efficiency and low heat of LED plant growth lights meet the needs of plant growth and flowering.

Long life

For growers, the biggest advantage of LED plant growth lights is their long service life. Light-emitting diodes have very high efficiency and low energy consumption. Compared with MH and HPS bulbs, the lifespan of LED grow lights is approximately 85,000 hours longer. This allows them to last up to 11 years of continuous lighting or 22 hours of half-time operation. It can be used for more than 10 years, the LED plant growth lamp will not stop working suddenly, but slowly reduce the brightness.

For indoor environments where continuous lighting is important, the long service life of LED grow lights is one of the biggest advantages. Because this ensures less maintenance service time and cost.

Easy to install

LED grow lights are very easy to install, especially in smaller growing rooms. The design of the LED plant growth lamp is an "one-piece package", which requires that the lamp can be simply inserted and hung up, and the grower is required to ensure airflow and stable temperature. Therefore, the grower does not have to worry about hanging the reflector or overheating the planting space.

Controllable

Most LED plant growth lights incorporate full spectrum, dimming and scheduling control into the product technology.

Dimming controller

The dimming controller enables growers to customize the proportion of wavelengths transmitted to the plants. The brightness of most dimmable LED plant growth lights can be adjusted from 1% to 100%. Sometimes full intensity is not required, which means that growers may make different light combinations. The grower can dim the blue by a certain percentage and use the full percentage of red and white, or dim all channels to a certain percentage, depending on the growth stage of the plant.

Controllable spectrum

The spectrum controller can independently control the spectrum of each panel. The traditional growth lamp has a single spectrum and cannot be operated. Now the LED growth lights (red, blue and white) of different colors can be turned on or off in different combinations according to the growth stage and requirements of the strain.

Another available function of the LED grow lights is the scheduling/timing of the lights. This allows the grower to program the frequency spectrum and dimming schedule. Therefore, the grower can manually select the spectrum and intensity for each hour of the day.

Recyclable

It is well known that HPS and MH bulbs contain mercury and will release toxic vapors when they rupture. LED grow lights are considered to be the safest choice among grow lights. They are not completely metal-free, they do not contain mercury, and their light-emitting diodes are very small and there is no risk of cracking.

High IP rating (waterproof and dustproof)

Many LED grow lights are waterproof and dustproof. The code that expresses this is called the entry protection code or IP. The code IP65 means that the product is "dustproof" (6) and can be splashed or sprayed. There are different types of waterproof LED lights, and some are less waterproof than others.

Reduce HVAC costs

As we all know, LED lights need less wattage to provide the same amount of light as other plant lights. This means that their HVAC operating costs will also be lower. According to growers, the cost of air conditioning has been reduced by 50% after switching to LED plant growth lights. Larger planting rooms require less air conditioning. For smaller spaces, you can even consider completely removing the air conditioning settings. Even without an air conditioning system, the low heat of the LED growth lamp will result in a perfect growth temperature.

About Yaorong Technology:

Yaorong Technology LED Plant Growth Light is a leading LED lighting supplier with innovative green technology. We focus on manufacturing innovative lighting solutions, such as LED street lights, LED animal growth lights, LED parking lot lights, LED high bay lights, LED flood lights, LED garden lights, LED stadium lights, etc. Yaorong Technology LED is committed to providing high-quality, sustainable and green lighting solutions for the world's LED lamp market.

[yaorong]

What is the choice for commercial LED grow lights?

Commercial LED grow light is a kind of lamps containing light-emitting diodes to provide lighting for growing plants. These lamps are installed on plants in greenhouses or indoor farms. Before choosing commercial LED grow lights, you must understand the planting needs.

1. What plant should be supplemented with light? Because different plants have different requirements for light intensity and spectrum, this affects the power selection and spectrum customization of commercial LED grow lights; professional LED plant lights will customize the spectrum according to the needs of different crops at different growth stages, and the spectrum can significantly affect the compensation. Light effect.

2. The area and layout of the supplementary light area, which involves the size selection, layout and installation of commercial LED grow lights, ensuring uniformity of light and improving utilization, and using all the space as reasonably as possible without causing regional waste.

3. Estimated cost of supplementary light. The cost estimate of commercial LED grow lights is determined based on your planting plants. If you are growing high-value plants, of course the cost of investment will be higher. On the contrary, lower it. In fact, the main thing is to meet the needs of your plants, and the right is the best. You can also find a professional person to help you with quotations and related questions, which will help you choose LED grow lights better.

Commercial LED grow lights should pay attention to:

spectrum

When using LED grow lights to grow plants, red light and blue light are very important. It is necessary to look for blue in the range of 440-470nm and red in the range of 610 to 720nm. These two stages of the spectrum contribute the most to the photosynthesis of plants , Other lights also have a weak effect, a better choice is the full-spectrum LED grow light, which can meet the spectrum required by each stage of the plant, and it can also be adjusted, which can give plants better growth.

Output

This is one of the most important characteristics of LED plant growth lights, and it will affect plant yields. When reading the product description. Will introduce the power of the LED grow light, it can be 400W, 600W, 800W or even 1000W. Generally, it is not always possible to obtain 100% power, and usually the final wattage is low.

Heat dissipation

LED grow lights usually work around 15 hours a day, so you need to make sure they dissipate heat well, and try to use integrated die-cast aluminum alloy instead of fans or other plastic materials.

Install

Commercial LED grow lights are installed above the plant canopy, keeping a certain distance from the plants, and need to ensure that they can be easily installed and replaced. In indoor planting rooms, most commercial LED grow lights are installed on pillars that run through the top of the facility.

Warranty

Look for LED grow lights with at least a five-year warranty, because this is the guarantee given by powerful manufacturers. The ideal life of LED grow lights is 50,000 hours, but considering all factors, the actual working life will be about 5 years later, so a 5-year warranty is the best choice.

Manufacturer selection

1. Whether the manufacturer is a physical manufacturer, and whether it can guarantee the quality and service of the fill light

2. Does the manufacturer have the ability to develop spectra, and can they provide matching spectroscopy formulas and supplementary light solutions.

3. Pay attention to the quality of the plant lamp of the manufacturer, whether the power is sufficient, whether the spectrum is in line, whether there is heat dissipation equipment, etc.

Precautions for using commercial LED grow lights:

���The power of commercial LED grow lights can be large and small. You can choose according to the number of plants you are cultivating and the effect you need to achieve. It should be noted that the higher the wattage, the higher the heat released by the lamp, and the higher the power of commercial LED The irradiated distance of the plant lamp should be adjusted farther, while maintaining good ventilation, so as not to damage the leaves.

⑵Commercial LED grow lights only simulate natural light, and cannot completely replace sunlight. Long-term use of supplemental lights can lead to reduced plant resistance and even young leaf deformities. Therefore, commercial LED grow lights cannot be used for a long time, and the temperature will warm up at the end of winter. Later, the succulents should be returned to the natural environment.

⑶ Commercial LED grow lights should not be used as long as possible every day. It should follow the growth rules of the plants themselves, turn them on during the day and turn them off in the evening, so that they can still maintain normal growth and metabolism.

Yaorong Technology is one of the few companies in China that specializes in high-end LED grow lighting products. It can independently develop and customize the spectrum required for the growth of a variety of plants. The styles of led plant lights are also relatively new. From the beginning of 2010 to the present, the eleven years of precipitation is sufficient to ensure the quality of the products.

[yaorong]

What is the choice for commercial LED grow lights?

Commercial LED grow light is a kind of lamps containing light-emitting diodes to provide lighting for growing plants. These lamps are installed on plants in greenhouses or indoor farms. Before choosing commercial LED grow lights, you must understand the planting needs.

1. What plant should be supplemented with light? Because different plants have different requirements for light intensity and spectrum, this affects the power selection and spectrum customization of commercial LED grow lights; professional LED plant lights will customize the spectrum according to the needs of different crops at different growth stages, and the spectrum can significantly affect the compensation. Light effect.

2. The area and layout of the supplementary light area, which involves the size selection, layout and installation of commercial LED grow lights, ensuring uniformity of light and improving utilization, and using all the space as reasonably as possible without causing regional waste.

3. Estimated cost of supplementary light. The cost estimate of commercial LED grow lights is determined based on your planting plants. If you are growing high-value plants, of course the cost of investment will be higher. On the contrary, lower it. In fact, the main thing is to meet the needs of your plants, and the right is the best. You can also find a professional person to help you with quotations and related questions, which will help you choose LED grow lights better.

Commercial LED grow lights should pay attention to:

spectrum

When using LED grow lights to grow plants, red light and blue light are very important. It is necessary to look for blue in the range of 440-470nm and red in the range of 610 to 720nm. These two stages of the spectrum contribute the most to the photosynthesis of plants , Other lights also have a weak effect, a better choice is the full-spectrum LED grow light, which can meet the spectrum required by each stage of the plant, and it can also be adjusted, which can give plants better growth.

Output

This is one of the most important characteristics of LED plant growth lights, and it will affect plant yields. When reading the product description. Will introduce the power of the LED grow light, it can be 400W, 600W, 800W or even 1000W. Generally, it is not always possible to obtain 100% power, and usually the final wattage is low.

Heat dissipation

LED grow lights usually work around 15 hours a day, so you need to make sure they dissipate heat well, and try to use integrated die-cast aluminum alloy instead of fans or other plastic materials.

Install

Commercial LED grow lights are installed above the plant canopy, keeping a certain distance from the plants, and need to ensure that they can be easily installed and replaced. In indoor planting rooms, most commercial LED grow lights are installed on pillars that run through the top of the facility.

Warranty

Look for LED grow lights with at least a five-year warranty, because this is the guarantee given by powerful manufacturers. The ideal life of LED grow lights is 50,000 hours, but considering all factors, the actual working life will be about 5 years later, so a 5-year warranty is the best choice.

Manufacturer selection

1. Whether the manufacturer is a physical manufacturer, and whether it can guarantee the quality and service of the fill light

2. Does the manufacturer have the ability to develop spectra, and can they provide matching spectroscopy formulas and supplementary light solutions.

3. Pay attention to the quality of the plant lamp of the manufacturer, whether the power is sufficient, whether the spectrum is in line, whether there is heat dissipation equipment, etc.

Precautions for using commercial LED grow lights:

⑴The power of commercial LED grow lights can be large and small. You can choose according to the number of plants you are cultivating and the effect you need to achieve. It should be noted that the higher the wattage, the higher the heat released by the lamp, and the higher the power of commercial LED The irradiated distance of the plant lamp should be adjusted farther, while maintaining good ventilation, so as not to damage the leaves.

⑵Commercial LED grow lights only simulate natural light, and cannot completely replace sunlight. Long-term use of supplemental lights can lead to reduced plant resistance and even young leaf deformities. Therefore, commercial LED grow lights cannot be used for a long time, and the temperature will warm up at the end of winter. Later, the succulents should be returned to the natural environment.

⑶ Commercial LED grow lights should not be used as long as possible every day. It should follow the growth rules of the plants themselves, turn them on during the day and turn them off in the evening, so that they can still maintain normal growth and metabolism.

Yaorong Technology is one of the few companies in China that specializes in high-end LED grow lighting products. It can independently develop and customize the spectrum required for the growth of a variety of plants. The styles of led plant lights are also relatively new. From the beginning of 2010 to the present, the eleven years of precipitation is sufficient to ensure the quality of the products.

[yaorong]

What is the choice for commercial LED grow lights?

Commercial LED grow light is a kind of lamps containing light-emitting diodes to provide lighting for growing plants. These lamps are installed on plants in greenhouses or indoor farms. Before choosing commercial LED grow lights, you must understand the planting needs.

1. What plant should be supplemented with light? Because different plants have different requirements for light intensity and spectrum, this affects the power selection and spectrum customization of commercial LED grow lights; professional LED plant lights will customize the spectrum according to the needs of different crops at different growth stages, and the spectrum can significantly affect the compensation. Light effect.

2. The area and layout of the supplementary light area, which involves the size selection, layout and installation of commercial LED grow lights, ensuring uniformity of light and improving utilization, and using all the space as reasonably as possible without causing regional waste.

3. Estimated cost of supplementary light. The cost estimate of commercial LED grow lights is determined based on your planting plants. If you are growing high-value plants, of course the cost of investment will be higher. On the contrary, lower it. In fact, the main thing is to meet the needs of your plants, and the right is the best. You can also find a professional person to help you with quotations and related questions, which will help you choose LED grow lights better.

Commercial LED grow lights should pay attention to:

spectrum

When using LED grow lights to grow plants, red light and blue light are very important. It is necessary to look for blue in the range of 440-470nm and red in the range of 610 to 720nm. These two stages of the spectrum contribute the most to the photosynthesis of plants , Other lights also have a weak effect, a better choice is the full-spectrum LED grow light, which can meet the spectrum required by each stage of the plant, and it can also be adjusted, which can give plants better growth.

Output

This is one of the most important characteristics of LED plant growth lights, and it will affect plant yields. When reading the product description. Will introduce the power of the LED grow light, it can be 400W, 600W, 800W or even 1000W. Generally, it is not always possible to obtain 100% power, and usually the final wattage is low.

Heat dissipation

LED grow lights usually work around 15 hours a day, so you need to make sure they dissipate heat well, and try to use integrated die-cast aluminum alloy instead of fans or other plastic materials.

Install

Commercial LED grow lights are installed above the plant canopy, keeping a certain distance from the plants, and need to ensure that they can be easily installed and replaced. In indoor planting rooms, most commercial LED grow lights are installed on pillars that run through the top of the facility.

Warranty

Look for LED grow lights with at least a five-year warranty, because this is the guarantee given by powerful manufacturers. The ideal life of LED grow lights is 50,000 hours, but considering all factors, the actual working life will be about 5 years later, so a 5-year warranty is the best choice.

Manufacturer selection

1. Whether the manufacturer is a physical manufacturer, and whether it can guarantee the quality and service of the fill light

2. Does the manufacturer have the ability to develop spectra, and can they provide matching spectroscopy formulas and supplementary light solutions.

3. Pay attention to the quality of the plant lamp of the manufacturer, whether the power is sufficient, whether the spectrum is in line, whether there is heat dissipation equipment, etc.

Precautions for using commercial LED grow lights:

⑴The power of commercial LED grow lights can be large and small. You can choose according to the number of plants you are cultivating and the effect you need to achieve. It should be noted that the higher the wattage, the higher the heat released by the lamp, and the higher the power of commercial LED The irradiated distance of the plant lamp should be adjusted farther, while maintaining good ventilation, so as not to damage the leaves.

⑵Commercial LED grow lights only simulate natural light, and cannot completely replace sunlight. Long-term use of supplemental lights can lead to reduced plant resistance and even young leaf deformities. Therefore, commercial LED grow lights cannot be used for a long time, and the temperature will warm up at the end of winter. Later, the succulents should be returned to the natural environment.

⑶ Commercial LED grow lights should not be used as long as possible every day. It should follow the growth rules of the plants themselves, turn them on during the day and turn them off in the evening, so that they can still maintain normal growth and metabolism.

Yaorong Technology is one of the few companies in China that specializes in high-end LED grow lighting products. It can independently develop and customize the spectrum required for the growth of a variety of plants. The styles of led plant lights are also relatively new. From the beginning of 2010 to the present, the eleven years of precipitation is sufficient to ensure the quality of the products.