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A quantum board is a type of LED grow light used for indoor plant growth. It has a modern design that provides efficient light for photosynthesis. The board distributes the LEDs evenly across a flat surface. This design maximizes light coverage and minimizes light wastage. Here are the types of quantum boards:
Standard Samsung V2 288 QBs
These are some of the most popular types of quantum boards. They use Samsung's LM 288 diodes. The boards have 288 diodes. They are arranged in 12 rows of 24 diodes each. The boards also have 2 Mean Well drivers. The boards produce a full spectrum of light. They include blue, red, and white lights. The blue and red lights are essential for plant growth. The white lights make it easier to see the plants under the grow lights. The boards are available in 3000K and 5000K.
Spectrum Samsung F-Series 2021 QB
These boards use Samsung's F-series diodes. They have 288 diodes arranged in 12 rows. The boards produce a full spectrum of lights. They include blue, red, and white lights. The lights are beneficial for all stages of plant growth. They are also designed for high efficiency. They provide high PPFD (photosynthetic photon flux density) and PPF (photosynthetic photon flux). The boards are available in 3000K and 5000K.
Horticultural Lighting HLG 65 QB
These are smaller quantum boards. They are suitable for use in small grow operations or seedling lights. The boards use 65 diodes arranged in a 5x13 configuration. They produce white light. The boards are powered by a Mean Well driver. They consume up to 65 watts.
Daisy Chain QB
This type of quantum board can be connected in a chain. It helps growers to expand their lighting setups easily. The boards have a flexible design. They can be added or removed from the chain. This will depend on the size of the grow space and the light requirements.
Quantum boards are LED grow lights designed to maximize plant growth. They incorporate advanced technology and have specific features. Here are their key features and functions:
Full Spectrum Light
Quantum board 9 LEDs provide a full light spectrum. This ranges from blue to red wavelengths. The blue light is essential for vegetative growth. The red light, on the other hand, promotes flowering and fruiting. These light wavelengths mimic the natural sunlight. Therefore, they cater to all stages of plant growth.
High PAR Output
PAR (Photosynthetically Active Radiation) measures light's effectiveness for plant photosynthesis. The higher the PAR output, the better. Quantum boards are designed to have high PAR output. This maximizes energy use and promotes plant growth. The high PAR output leads to higher yields.
Uniform Light Distribution
Quantum boards have a large number of LEDs distributed evenly across the panel. This ensures uniform light distribution. Uniform light distribution prevents plants from having light burn. It also ensures all parts of the plant receive adequate light. This promotes even growth and increases the quality of the yield.
Daisy-Chaining Capability
The daisy chain feature allows multiple LED boards to connect in a series. It makes them easy to install and operate. This feature ensures consistent light intensity across the boards. It also minimizes the use of power outlets. Daisy chaining reduces the overall energy costs.
Energy Efficiency
These LED boards use energy-efficient technologies. For instance, they use Mean Well drivers. Energy efficiency leads to low electricity bills. This increases the profitability of growers.
Adjustability and Customization
Quantum boards come with adjustable dimmers. Growers can adjust the light intensity depending on the growth stage of the plants. Dimming the lights during seedling stages can prevent light burn. Adjusting light intensity during the flowering stage can maximize bud production. Some boards have customizable light spectrums. Growers can choose the spectrum that suits their plants.
Low Heat Output
Quantum boards are designed to have low heat output. This prevents plants from having heat stress. Low heat output also reduces the need for cooling systems. This makes the boards energy-efficient.
The quantum board is applicable in a variety of industries. Below are some of the common usage scenarios.
Agriculture
Quantum boards can be used in greenhouses to support the growth of plants. The light spectrum generated by the quantum boards can be adjusted to enhance the vegetative and flowering stages of plant growth. This improves crop yields. Additionally, farmers can grow crops all year round regardless of the seasonal weather conditions.
Indoor Marijuana Growing
Marijuana plants require specific light wavelengths for optimal growth. Quantum boards provide the necessary light spectrum for different growth stages of cannabis plants. For instance, they can adjust their spectrum to blue light during the vegetative stage and red light during the flowering stage. Additionally, they promote healthy plant growth and increase cannabis yields.
Horticulture
Quantum boards are used in growing flowers and other ornamental plants. They provide a full light spectrum that promotes flowering and fruiting in plants. This leads to healthier and vibrant flowers. Additionally, they have a low heat emission, which prevents heat stress in the plants.
Indoor Vegetable Growing
Quantum boards can be used to grow leafy greens and other vegetables indoors. They provide a high-intensity light that is necessary for photosynthesis. This results in healthy and robust vegetables. Also, they have a high energy efficiency. This reduces the operational costs of indoor farms.
Research
Quantum boards can be used in plant biology research. They provide a uniform and adjustable light spectrum. This allows for accurate experiments and data collection. Also, they minimize light pollution in outdoor experiments.
Vertical Farming
In vertical farms, quantum boards are installed on each growing layer. They provide adequate light penetration to all the layers. This promotes the growth of crops in a limited space. Additionally, they enhance crop yields and improve the quality of the produce.
When buying quantum boards in bulk, buyers must consider several factors to ensure they purchase a product that meets the needs of their customers. Here are some of the factors business buyers need to consider.
Efficiency and Yield
One of the main reasons farmers choose a particular type of grow light is to get maximum yields from their crops. Buyers should look for boards with high efficiency and a proven yield. They can check reviews and testimonials to get a feeling of how the lights perform.
Coverage Area
The coverage area is the total area that the light can illuminate. Buyers should get quantum boards with a coverage area that will be sufficient for the growers' indoor farms. The coverage area will determine the number of boards needed for a specific area.
Power Consumption
Power consumption is the amount of electricity that the grow lights use. Business owners should look for boards that use electricity efficiently. Such boards will have high power efficiency and lower operational costs.
Heat Output
Grow lights produce heat when they are working. Excess heat can affect the growth of plants. Buyers should look for boards that have low heat output. Such boards can be used without additional cooling systems.
Build Quality and Durability
Business owners should invest in boards that have a high quality and durable design. They should look for boards with quality materials like high grade aluminum. Such boards will have a long lifespan and require little maintenance.
Adjustability and Features
Buyers should look for adjustable quantum boards with different features. For instance, some boards have adjustable spectrum and dimming features. These features will give the farmers control over the growing conditions.
Customer Support and Warranty
Business owners should get quantum boards from manufacturers who have a strong warranty and customer support. A strong warranty will cover any issues that may arise. Also, a manufacturer with good customer support will respond to queries and provide assistance when needed.
Reviews and Reputation
Business owners should buy quantum boards from reputable brands. They can check online reviews and testimonials to get more information about the manufacturer and the quality of their products.
Q1: What are the drawbacks of a quantum board?
A1: The main disadvantage of quantum plates is their cost. Quantum boards are more expensive than conventional grow lights due to their advanced technology. The HPS lights have a lower cost of purchase compared to quantum boards. Another disadvantage is that quantum boards have a complex setup. The installation process can be challenging for beginners.
Q2: Can Quantum boards be used outside?
A2: Yes, quantum boards can be used outside. However, it is important to ensure they are protected from water and other environmental elements. Buyers can look for waterproof options if they intend to use the boards outside.
Q3: What is the lifespan of a quantum board?
A3: The lifespan of a quantum board is approximately 100,000 hours. This means that the quantum board can be used for a long period of time before it fails.
