Full Spectrum Led Plants Grow Light
$218.50.00 | 100 (Min.Order)
LED grow lights provide plants with the optimal light spectrum for their growth and development. They emit a specific plant light spectrum to enhance photosynthesis, influence morphology, and promote higher yields. These wavelengths mimic natural sunlight, but the lamps tailor the lighting conditions to boost the plants’ growth stages. Below you’ll find a grow light spectrum guide to help you understand the many wavelengths that comprise these products.
Shenzhen MeetingTechnology Co., Ltd. Mainly selling LED solar lamps, etc., which are widely used in outdoor lighting field, since 2009. 2000 square meters plant, 20 sets more advanced machines and comply with the ISO9001:2015 management keep us produce 50,000 pcs qualified lights each month. Our company committed to researching, development and selling of intelligent products, commercial lighting, industrial lighting, residential lighting,outdoor lighting,solar lighting, decoration lighting, as well as the promotion of green lighting.
Why choose us?
Product application
Intelligent products, commercial lighting, industrial lighting, residential lighting,outdoor lighting,solar lighting, decoration lighting.
Production equipment
We are well-known in the led light industry with our advanced technology, scientific management, excellent quality and the first-class services.
One-stop solution
Our own independent intellectual property rights, R&D engineers with more than 10 years' experience, the samples work out in 3 days with custom design.
Our service
We always adhere to the purpose of creating value for customers, with "integrity, innovation, cooperation, win-win" as the business philosophy. Make every effort to provide customers with quality products and intimate service, and continue to provide consumers with perfect products.
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LED grow lights use a broader light spectrum than regular LED light to mimic natural sunlight. They include specific amounts of blue, white, green and red visible light as well as other non-visible spectrums such as infrared (IR) and ultraviolet (UV).
Benefits of Full Spectrum LED Plant Grow Light
Long life span
A single LED light bulb lasts for 5 to 10 years. While LED lights are pricier than HID and CFL, they're affordable in the long run. You don't have to buy replacement bulbs for years!
Easy to install
You don't need a professional to install LED grow lights in your garden. As long as you buy enough grow lights for your garden, you can do the installation on your own. Some LED grow lights can be attached overhead in a frame with screws; others are similar to regular lamps with adjustable holders. What's important is the even distribution of light in every direction so plants can be exposed to bright light.
Energy-efficient
LED grow lights are the most energy-efficient of all grow light types. It's an excellent choice for big gardens requiring more grow lights. You will save a lot on electricity because LED lights are not power-hungry at all. Moreover, the bulbs do not require frequent changing, so you'll save more money on maintenance.
Low heat
As you know, too much heat can kill plants. This goes especially for a terrarium or greenhouse. Cooling systems are often installed in big gardens to regulate the temperature. LED grow lights do not produce heat despite their ability to produce bright to intense light. It won't affect the indoor temperature and cause plants to wilt. LEDs are perfectly safe for temperature-sensitive crops.
Best for small to large gardens
Some grow lights can only cover a small spot. LED grow lights can cover a big area with even, bright illumination. You will save more if you choose LED lights because you'll only need a few to cover a vast expanse of space!
Full spectrum light
To grow plants using grow lights successfully, the bulb must mimic natural sunlight. This will require full spectrum light and specific color quality. HID grow lights produce less light and poor color quality than full spectrum LED grow lights. Some LED grow lights are also available to achieve different plant reactions, such as growing more leaves or bearing more fruits.
In the world of indoor gardening, LED grow lights have emerged as a revolutionary tool, providing efficient and effective lighting for plants. To harness their full potential, it's essential to understand the concept of LED grow light efficiency.
At its core, LED grow light efficiency refers to how effectively these lights convert electrical energy into usable light for plant photosynthesis. Unlike traditional grow lights that emit excessive heat and produce limited light spectrum, LED lights are designed to produce specific wavelengths of light that plants can readily absorb.
This targeted approach ensures that a higher percentage of energy is used for growth instead of being wasted on heat generation. As a result, LED grow lights can produce more light while consuming less electricity compared to other types of grow lights.
Let's dive deeper into the factors that contribute to the efficiency of LED grow lights:
Light spectrum: LED grow lights can be customized to emit specific wavelengths that are optimal for different stages of plant growth. By providing the right light spectrum, plants can maximize their photosynthetic potential, leading to better growth and development.
Energy conversion: LED grow lights are highly efficient in converting electricity into usable light. They generate minimal heat compared to traditional grow lights like high-pressure sodium (HPS) or metal halide (MH) bulbs. This means less wasted energy and reduced risk of heat damage to your plants.
Long lifespan: LED grow lights have an impressive lifespan, often exceeding 50,000 hours of continuous operation. Their longevity not only reduces the need for frequent replacements but also ensures consistent light output throughout the entire lifespan.
Adjustable intensity: Many LED grow lights offer adjustable intensity settings, allowing you to fine-tune the lighting conditions according to your specific plant requirements. This flexibility helps optimize energy usage and ensures that plants receive the right amount of light at different growth stages.
By understanding the efficiency of LED grow lights and their specific advantages, you can make informed decisions when selecting and using these lighting systems for your indoor garden.
Key Factors Driving the Growth of Full Spectrum LED Plants Grow Light Market
Increasing adoption of controlled environment agriculture: Controlled environment agriculture (CEA), which includes indoor farming, vertical farming, and greenhouse cultivation, relies heavily on artificial lighting systems like LED grow lights to provide the necessary light spectrum for plant growth. LED modules are preferred due to their energy efficiency and customizable light spectrums.
Advancements in LED technology: LED technology has seen significant advancements, leading to improved efficiency, better light quality, and enhanced control over light spectrums. These developments have made LED modules more effective for plant growth and cultivation, driving their adoption in various applications.
Growing awareness of sustainable farming practices: LED grow lights are more energy-efficient compared to traditional lighting systems, such as high-pressure sodium (HPS) or metal halide (MH) lamps. As sustainability becomes a priority in agriculture, the use of LED modules reduces energy consumption and environmental impact, making them an attractive choice for farmers and growers.
LED grow lights provide plants with the optimal light spectrum for their growth and development. They emit a specific plant light spectrum to enhance photosynthesis, influence morphology, and promote higher yields. These wavelengths mimic natural sunlight, but the lamps tailor the lighting conditions to boost the plants' growth stages. Below you'll find a grow light spectrum guide to help you understand the many wavelengths that comprise these products.
Red light
Red light occurs at wavelengths of 600 to 700 nanometers (nm). It is essential for photosynthesis. Chlorophyll pigments absorb light to drive the primary photosynthetic reactions. This process stimulates the synthesis of energy-rich molecules to produce carbohydrates for use in growth and development.
Blue light
The blue light spectrum for plants ranges from 400 to 500 nm. Light is vital for photosynthesis and plant growth as cryptochromes and phototropin absorb it. These two play a crucial role in photomorphogenesis. Blue light regulates various processes, such as the growth of plants in response to light, stomatal opening and closing, and the synthesis of specific proteins involved in growth regulation.
Green light
Green light's wavelengths range from approximately 500 to 600 nm. Chlorophyll pigments do not strongly absorb this light compared to red and blue light. Instead, plants reflect this light and transmit it through their tissues. This process is what gives plants their characteristic green color. This light regulates plant architecture and leaf expansion. It can penetrate deeper into the plant canopy to reach lower leaves and promote their growth. It also affects photomorphogenesis and helps maintain a balance between red and blue light responses.
Far red
The far-red light spectrum for plant growth ranges from 700 to 800 nm. This light affects plant growth and flowering, particularly in relation to photoperiodic responses. Far-red light regulates the flowering process and influences the timing of other developmental events. It does so by controlling the phytochrome system, a light-sensitive protein that helps plants sense changes in day length.
Once activated, the protein affects plant height, flowering time, and other developmental processes. Growers can influence the transition from the vegetative to the flowering stage by manipulating exposure to light.
How to Maintain Full Spectrum LED Plant Grow Light
Proper maintenance of LED grow lights is essential to ensure long-lasting performance and optimal plant growth. Over time, dust, dirt, and other debris can accumulate on the surface of the lights, diminishing their effectiveness. Therefore, routine cleaning and regular dirt prevention measures are crucial to maintaining the efficacy of your LED grow lights.
One important warning, mold and mildew are attracted to warm, humid environments. Your LED Grow Lights are a very attractive home for pathogens and regular cleaning is incredibly important in the fight against common indoor cannabis pathogens.
When it comes to routine cleaning, it's important to follow the manufacturer's instructions for your specific LED grow light model. Before beginning any cleaning process, always make sure to unplug the lights and allow them to cool down to prevent any accidents or damage.
Start by gently removing any loose debris with a soft cloth or compressed air. Take care not to apply too much pressure, as this could damage the delicate components of the LED lights. Next, wipe down the surface of the lights using a damp cloth or sponge. Avoid using harsh chemicals or abrasive cleaners that could potentially harm the light's casing or lens. Isopropyl alcohol is best!
Regular inspection is also essential in identifying any signs of dirt accumulation or potential issues with your LED grow lights. Check for any discoloration, smudges, or cloudiness on the lens that may affect the quality and intensity of light output. Addressing these minor issues promptly can save you from bigger problems in the future and keep your plants thriving.
Remember that each component of your LED grow lighting system requires attention when it comes to routine cleaning. Clean diodes ensure maximum light output, while a well-maintained driver ensures stable power supply for consistent performance. Don't forget about cleaning the fixtures frame as well.
By incorporating routine cleaning practices into your LED grow light maintenance regimen and taking preventative measures, you can extend the lifespan and efficiency of your lighting system, ultimately resulting in healthier plants and higher crop yields.
Light spectrum
Plants require specific wavelengths of light to grow and flower properly. Make sure the LED grow light you choose has the right spectrum of light that matches the plant's needs. Full-spectrum LED grow lights emit a broad range of wavelengths that mimic natural sunlight. They are ideal for plants that require a lot of light and can be used throughout the entire growth cycle.
● UV and IR are two additional parts of the spectrum that can be included in LED grow lights. Both UV and IR wavelengths have unique functions in plant growth.
● UV light is typically included in LED grow lights to stimulate the production of secondary metabolites in plants. These metabolites include flavonoids, anthocyanins, and carotenoids, which contribute to a plant's color, flavor, and fragrance. UV light can also help increase the potency of some medicinal plants.
IR light is also often used in LED grow lights to promote plant growth, flowering, and fruiting. IR light can penetrate deeper into plant tissues and help stimulate photosynthesis, leading to healthier plants with higher yields.
Wattage
The wattage of the LED grow light determines its power and intensity. The higher the wattage, the more intense the light will be, and the larger the coverage area will be. Choose a wattage that is suitable for your growing area.
Coverage area
The coverage area of the LED grow light should match the size of your growing area. A larger coverage area will require a higher-wattage LED grow light.
Heat dissipation
LED grow lights produce heat, which can damage your plants if not dissipated correctly. Look for LED grow lights with a built-in cooling system to ensure proper heat dissipation. Aluminum has good heat dissipation, and the LED grow light made of it has excellent heat dissipation.
Brand reputation
Choose a reputable brand with a proven track record of producing quality LED grow lights. Read customer reviews and do your research before making a purchase. It is also a very good choice to choose an LED grow light factory or manufacturer with R&D capabilities and professional manufacturing capabilities. You can provide your own ideas with the manufacturer or factory and create your own unique LED grow light.
Cost
LED grow lights can vary in price depending on the wattage, coverage area, and brand. Consider your budget and choose a LED grow light that meets your growing needs. You can choose to buy directly from LED grow light factories or manufacturers (SunPlus LED Co., Ltd.) with R&D capabilities and professional manufacturing capabilities. In this way, there is no middleman to make a difference, and having a stock means a low MOQ, even as low as one sold in pieces.
Energy efficiency
Look for LED grow lights that are energy-efficient to save on your electricity bill. It is worth choosing LED grow lights that emit less heat and provide more usable light than traditional lighting systems. This is because an LED diode does not burn anything to produce light. The best LED grow light chips on the market right now are from LM301h/LM301b. Normally, professional-grade LED grow lights use mostly LM301h/LM301b chips. Due to their reduced energy use and heat production, LED grow lights lower energy bills considerably.
Our Factory
Shenzhen MeetingTechnology Co., Ltd. Mainly selling LED solar lamps, etc., which are widely used in outdoor lighting field, since 2009. 2000 square meters plant, 20 sets more advanced machines and comply with the ISO9001:2015 management keep us produce 50,000 pcs qualified lights each month. Our company committed to researching, development and selling of intelligent products, commercial lighting, industrial lighting, residential lighting,outdoor lighting,solar lighting, decoration lighting, as well as the promotion of green lighting.
FAQ
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Specifications:
|
Input voltage |
AC100-277(V) |
|
Luminous flux |
153600(lm) |
|
Class of protection |
IP65 |
|
Temperature rise |
30(K) |
|
Product application |
Greenhouse plant growth light, led plant special, full spectrum plant growth light |
|
Luminaire efficiency |
240(lm/w) |
|
Control mode |
Three dimming,intelligent remote control,timing,WiFi |
|
Life span |
50000(H) |
|
weight |
16500(g) |
|
Shell material |
Aluminium alloy |
Features：
1. High efficiency and energy saving: 1000W high power output, but compared with traditional high-pressure sodium lamps or metal halide lamps, it can achieve higher light energy utilization.
2. High-quality heat dissipation system: An effective heat dissipation system is designed, using efficient fans and heat sinks to extend service life.
3. Multi-function adjustment: Equipped with adjustable spectrum and brightness functions, it can adjust the spectrum and light intensity according to the needs of different plants and growth stages, meet the photosynthesis needs of plants, and improve yield and quality.
4. Easy to install: The lamp has a simple design and is equipped with an easy-to-install hanging hook. It can be hung directly above the plant, and the height can be flexibly adjusted to meet the growth needs of different plants.
Applications:
1. Indoor planting: It can be used for indoor planting at home, such as planting vegetables, herbs, flowers, etc. It provides the spectrum and light intensity required for plant growth.
2. Greenhouse planting: It is suitable for greenhouse planting sites and can provide uniform lighting for large areas of plant planting areas.
3. Commercial plant factory: It is suitable for commercial plant factories or indoor planting laboratories and can be used for large-scale plant production and planting experiments.
4. Urban agriculture: In urban agricultural projects, such as vertical farms, rooftop farms, etc.
5. Plant research and cultivation: It is suitable for scientific research fields such as plant growth research and plant cultivation experiments, and can be used for experiments and research in plant growth physiology, ecology, etc.
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