01 — Description
Présentation du produit
Transform your crops with this 480W V2.0 LED Grow Light, an essential tool for all indoor growers looking to combine energy efficiency with exceptional performance. Designed to adapt to all stages of your plants' development, this LED panel offers a full light spectrum while reducing energy consumption.
The Strong Points of this LED Horticultural Panel
1. Optimal Energy Efficiency
- Efficiency : With a performance of 2.43 μmol/J and a photon flux (PPF) of 1166 μmol/s, this panel guarantees homogeneous and suitable light for increased yields.
- Minimal Consumption : Low energy consumption allows you to optimize your costs while obtaining quality crops.
2. Adjustable Light Intensity
- Change the intensity as needed: 40%, 60%, 80%, or 100%. Perfect for adjusting the light for different growth and flowering phases.
3. Passive and Silent Cooling
- Thanks to its fanless heat dissipation system, this panel remains silent while ensuring optimal heat management.
4. Full Light Spectrum
- Suitable for all stages of cultivation: vegetative and flowering phase. An ideal solution for growing indoors with consistent results.
5. Optimal Coverage Area
- Up to 120 x 120 cm coverage for uniform illumination over a large growing area.
Technical characteristics
| Characteristic | Detail |
|---|
| Power | 480W |
| Efficiency | 2.43 μmol/J |
| Photonic Flux (PPF) | 1166 μmol/s |
| Coverage area | Up to 120 x 120 cm |
| Power adjustment | 40%, 60%, 80%, 100% |
| Dimensions | 600 mm x 600 mm x 80 mm |
| Weight | 6.1 kg |
| Cooling | Passive (fanless) |
| Input voltage | 220-240 V / 50-60 Hz ±10% |
| Lifetime | More than 50,000 hours |
User Guide
Easy Installation
- Hang the panel 40-60cm above your plants for even light distribution.
- Use adjustable pulleys for precise positioning.
Light Settings
- Vegetative phase : 18 hours of light at 60% intensity.
- Flowering phase : 12 hours of light at 100% intensity.
- Autoflowering plants : Maintain a 20 hour continuous light cycle.
Interview
- Clean the panel regularly to maximize light efficiency.
- Monitor the temperature and humidity of your grow space for optimal conditions.
Tips to Maximize Your Returns
- Monitoring Light Cycles : Strictly respect the light cycles adapted to your plants.
- Environmental Monitoring : Maintain a stable temperature and controlled humidity with a thermo-hygrometer.
- Cleaning After Each Crop : Remove dust or residue to ensure long-lasting performance.
Why Choose this LED Horticultural Panel?
- Advanced Technology : A cutting-edge solution for consistent, high-performance crops.
- Low Consumption : Save on your bills while achieving impressive results.
- Absolute Silence : No fan noise, ideal for a discreet growing environment.
- Adaptability : Perfect for all levels, from beginners to experts.
FAQ – Frequently Asked Questions
1. Is this panel suitable for flowering?
Yes, its full light spectrum is designed for vegetative growth and flowering.
2. What is the lifespan of this LED panel?
With over 50,000 hours of use, this panel is a lasting investment.
3. What height should be respected between the panel and the plants?
Maintain a distance of 40 to 60 cm to avoid light stress.
04 — Questions sur ce produit
Product questions
Your questions about this product
- With passive cooling without fans, how does this 480W LED panel manage heat dissipation during prolonged use at 100% intensity in a 120x120 cm space without risking overheating or decreased performance?
This 480W LED panel uses a high-quality aluminum heat sink optimized for passive cooling, allowing excellent thermal conduction. The LEDs are spaced to reduce hot spots, and heat is dissipated by natural convection thanks to the panel's extended surface. In a 120x120 cm space, by maintaining good ambient air circulation and respecting recommended lighting distances (around 40-60 cm), this system effectively manages heat even at 100% intensity, thus avoiding overheating and performance loss.
- What is the net yield in g/watt of this 480w panel in a complete cycle under optimal conditions in an area of 120x120 cm?
The net yield in grams per watt of the 480-W-LED-Panel in a complete cycle on 120 x 120 cm depends on many factors, such as the plant grown, the exact growing conditions, and the management of the light cycle. Exact data for this model is not available, but for comparison, similar horticultural LED panels with Samsung LM301H EVO LEDs often show a yield of around 0.5 g/W, or about 50 g per 100 W under optimal conditions.
This type of performance requires well-controlled lighting, good ventilation, appropriate nutrition, and a stable environment. To maximize your yield, it is therefore essential to optimize all these parameters in addition to the quality of the panel.
- What is the light yield in μmol per second per real watt consumed at 100 percent intensity to validate the 2.43 μmol per joule announced?
The yield of 2.43 μmol per joule announced for this 480W horticultural LED panel does correspond to about 2.43 μmol/s/W consumed at full power, which is at 480W real. This means that for every watt consumed, the panel produces on average 2.43 μmol of useful photons per second. This level of efficiency is completely consistent with current standards for quality LED panels in this power range.
To validate this yield in practice, it is important that the actual consumption at 100% intensity is indeed 480W, as the power consumed directly impacts the calculation. If these conditions are met, the declared value is reliable and indicates a good energy efficiency ratio for indoor cultivation.
- What is the actual electrical consumption at full power for an area of 1.2x1.2 m and the expected average yield of indoor crops?
The 480 W horticultural LED panel specifically designed for an area of 1.2 x 1.2 m actually consumes 480 W when operating at full power. This power corresponds to the optimal coverage of 1.44 m².
In terms of expected yield in indoor cultivation, for a quality setup with this type of full-spectrum panel, you can expect between 576 g and 1 kg per cycle under optimal conditions. This result will, of course, depend on the varieties grown, environmental parameters, and the grower's experience.
This panel offers excellent light efficiency, around 2.4 to 2.8 µmol/J, ensuring a good consumption/production ratio. Additionally, some options allow for reducing light intensity and therefore consumption according to growth stages.
- What is the real electricity consumption at 100 power for 120x120cm yield in g/W for indoor cultivation?
The 480 W LED panel for a 120 × 120 cm area actually consumes about 480 watts at full power, with a small error margin of ±5%.
In terms of yield in indoor cultivation, it is common to observe between 1.0 and 2.0 grams per watt, which means a production ranging from 480 to 960 grams per cycle under well-controlled conditions. In very optimized cases, a theoretical yield of up to 2.5 g/W (up to 1,200 g per cycle) is possible, but it requires rigorous technical management.
This yield is in line with what is expected from a high-end horticultural LED panel of this power, ideal for efficient cultivation on 120 × 120 cm.
- In this 480W horticultural LED, does passive cooling ensure a real lifespan close to 50,000 hours without performance drop or risk of overheating?
The passive cooling of this 480W horticultural LED panel is designed to minimize the risks of overheating, thanks to the absence of mechanical fans that may fail. Its announced lifespan of over 50,000 hours is quite credible, provided the panel is installed in a well-ventilated space – particularly hung with sufficient space around to promote air circulation.
By adhering to these installation conditions, you will enjoy stable long-term performance without significant drop and optimal longevity. This type of passive cooling offers silent and durable reliability, highly appreciated in confined indoor cultivation.
- What cleaning frequency do you recommend to maintain optimal light output of this 480W LED panel in an indoor growing environment?
For your 480W horticultural LED panel, we recommend regular cleaning
2 to 4 times a month to maintain optimal light output. Dust can quickly decrease the efficiency of the lighting, especially indoors. Preferably, use a
dry cloth or a soft brush to dust off the panel, avoiding any risk of damage related to moisture or fingerprints.
This frequency can be adjusted according to the amount of dust present in your growing space. Regular maintenance will allow your panel to deliver its full light potential for optimal plant growth.
- What is the impact of passive cooling without a fan on the longevity and luminous performance of the 480W LED panel in a dense culture on 120x120 cm?
Passive cooling without a fan on the 480W LED panel is a major asset for a dense culture of 120x120 cm. It allows for effective heat dissipation, ensuring a stable temperature that prolongs the longevity of the LEDs by limiting their thermal aging.
Furthermore, this gentle thermal management preserves the luminous performance: the photon yield remains optimal and constant, which is essential for healthy and vigorous plant growth. Without a fan, the panel operates silently, with less maintenance and increased robustness, perfectly suited for a dense indoor environment.
- What height should ideally be adopted for a 60x60 micro space with this 480W panel to optimize spectrum and yield without stressing the plants?
For a 60x60 cm micro space equipped with a full spectrum 480W LED panel, the ideal installation height is around 40 cm above the canopy. This distance allows for optimal light distribution while avoiding plant stress due to excessive intensity.
Be sure to ensure proper ventilation to dissipate heat, which is essential in a confined space. This way, you will provide an environment conducive to healthy growth and excellent yield.
- What is the maximum temperature above the cultivated surface when the panel is at 100 percent intensity and how does it affect the yield and health of the plants?
When the 480W LED panel is used at 100% intensity, it is essential to maintain a distance of about 40 to 60 cm between the light source and the plant surface. This helps to avoid excess heat as the maximum temperature above the crop can quickly rise and cause thermal stress. This phenomenon can lead to excessive transpiration, water loss, and water deficit, thereby harming the health and yield of the plants.
To optimize growth, the ideal ambient temperature is generally between 18°C and 24°C. It is important to manage this temperature well in conjunction with humidity and ventilation to ensure a stable environment, limiting the risks of heat stress. Adjusting the light intensity and ensuring good ventilation are key to maximizing the health and productivity of your crops.
- For a surface of 80x80 cm, does this 480W LED panel remain effective without the risk of over-lighting, or would a less powerful and more suitable model for this size be better?
For a surface of 80x80 cm, a 480W LED panel may indeed be too powerful, with a risk of over-lighting that could cause burns or stress to the plants. This type of panel is rather designed for surfaces around 100x100 cm or larger.
A less powerful model, such as a 240W LED panel, would be more suitable. It offers an effective spectrum and ideal light intensity for this size, while minimizing the risk of damage related to excessive light.
Choosing the appropriate power for the surface ensures healthy cultivation and good yields, avoiding lighting that is too intense for your plants.
- Does the 480W panel support high humidity without risk of damage for use in a small, closed, humid space?
The 480W horticultural LED panel, specially designed for an area of up to 120 x 120 cm, generally has excellent moisture resistance. High-performance models feature an IP65 protection rating, ensuring effective protection against water splashes and dust. Thus, they are perfectly suited for a small closed and humid space, without risk of damage, provided the installation guidelines are followed. You can therefore grow with peace of mind using a 480W panel suitable for these demanding conditions.
- Is the easy-to-install evolving beginner kit suitable for someone with a bit of experience?
The 480W Full Spectrum LED panel is perfectly suited as an evolving beginner kit. Its installation is simple: just hang it above your crop with hooks, without any particular technical skills. A bit of care in positioning the light is enough to properly cover the growing space (up to 120x120 cm).
To fully leverage the panel, a basic understanding of the light needs of plants and light cycles is recommended. Some advanced features, such as dimming or connecting multiple panels, may require a bit more experience, but this is not a hindrance to starting.
In summary, this panel is an excellent choice for motivated beginners, offering a nice margin for evolution toward more complex crops.
- Is a 480W panel sufficient for a micro space of 60x60 or too powerful?
For a growing space of 60x60 cm, a 480W horticultural LED panel is generally too powerful. This model is designed for an area up to 120x120 cm and may produce excessive light intensity and heat in a micro space.
A LED panel of around 150W is ideal for a 60x60 cm area, providing sufficient light without the risk of overheating or stressing your plants. However, if you wish to use a 480W panel, it is essential to reduce the intensity via the available settings (40% to 100%) and ensure effective ventilation to avoid heat buildup.
In summary, for a micro space, it is better to prioritize moderation in power to promote healthy and controlled growth.
- What is the exact power consumption at 40 and 60 percent intensity, and does the brightness remain sufficient for good growth at these levels?
For the 480W full spectrum horticultural LED panel, the estimated power consumption is about 192 W at 40% intensity and 288 W at 60%. This estimation results from a classic proportional relationship between power and intensity on this type of equipment.
In terms of brightness, these levels remain sufficient for healthy vegetative growth, even for some early flowering phases, especially if the cultivated area is smaller. However, on the maximum recommended area of 120 x 120 cm, a low power like 40-60% leads to a decrease in light flux (PPF), which can limit flowering performance. For optimal growth across the entire surface, it is better to use a higher intensity, close to 80 to 100%, to ensure a suitable PPFD for the energy needs of the plants.
- Is the really progressive beginner kit with this 480w panel suitable for starting and having a good first indoor harvest?
The 480W full spectrum LED panel is perfectly suited for a progressive beginner kit. Its power effectively covers an area up to 120 x 120 cm, ideal for a first indoor setup. The full spectrum supports all phases of growth and flowering, thus ensuring a quality harvest. Furthermore, its dimmable function and adjustable angle provide valuable flexibility to support the evolution of the cultivation and optimize lighting over time.
