XModule

GreenVisuaLED XModule: The modular LED bars revolutionizing grow lighting

GreenVisuaLED XModule represents the logical evolution of modern horticultural lighting. These modular LED bars offer unparalleled installation flexibility for all types of indoor grow spaces. Unlike traditional LED panels, the XModule system allows you to precisely adapt the light coverage to your setup, whether for an 80x80cm tent or a complete vertical garden.

Developed by GreenVisuaLED, these bars integrate Samsung LM301B LED technology with a spectrum optimized for all growth phases. Luminous efficacy reaches 2.8 µmol/J, placing XModule among the most efficient solutions on the current market.

Why choose GreenVisuaLED XModule bars

The main advantage of XModule lies in its modularity. You can assemble several bars to cover exactly the desired surface, without wasting energy on uncultivated areas. This modular approach completely changes the game compared to fixed panels that dictate their format.

Compatibility with 0-10V dimmers is another major strong point. You control the light intensity with surgical precision: 30% for cloning, 60% for vegetative growth, 100% for flowering. This fine dimming optimizes electricity consumption while respecting the physiological needs of plants at each stage.

In terms of spectrum, GreenVisuaLED has opted for a balanced full spectrum: 3000K + 5000K + 660nm + 730nm. This combination effectively stimulates photosynthesis while promoting controlled stem elongation. The color rendering remains natural, facilitating daily observation of your crops.

Passive thermal dissipation eliminates any noisy fans. The bars remain lukewarm even after 12 hours of continuous operation, which simplifies climate management in the grow space. No more oversized extractors to evacuate the excessive heat from older HPS technologies.

How to choose your XModule configuration

The length of the bars determines the basic coverage. The 60cm models are suitable for 60x60cm or 80x80cm square tents in a single bar configuration. For a 100x100cm tent, opt for 100cm bars or combine several 60cm bars depending on the desired geometry.

Power varies with length: 65W for 60cm, 110W for 100cm, 130W for 120cm. Allow approximately 35-40W per square foot for effective primary lighting. This energy density ensures a PPFD of 400-600 µmol/m²/s on the canopy, which is the optimal level for most varieties.

The spacing between bars directly influences light uniformity. Maintain a gap of 30-40cm between axes to avoid shaded areas. For wall installations, maintain 25-35cm distance from the foliage depending on the set intensity.

The choice of dimmer depends on the number of bars to control. A standard 0-10V controller manages up to 10 XModule bars simultaneously. This centralization simplifies daily adjustments and allows precise programming of light cycles.

Frequently asked questions

Which XModule V5 size (60cm, 100cm or 120cm) should I choose for my 80x80cm indoor grow tent?

For an 80x80cm tent, the 60cm XModule V5 bar is the most logical choice. This length offers optimal coverage without excessive overflow on the walls. You can install a single centered bar or two parallel bars spaced 30cm apart for even more homogeneous distribution. The 100cm or 120cm models would be oversized for this space and would create light losses on the sides. The 60cm bar delivers 65W, which is exactly the recommended power for 0.64m² of growing surface.

How to install the XModule V5 bar and at what distance should it be placed from plants during the growth phase?

XModule V5 installation is done via the supplied suspension brackets, compatible with all types of tent poles or rigid structures. During the growth phase, maintain 30-35cm distance between the bar and the top of the plants with an intensity set to 60% via the 0-10V dimmer. This configuration delivers a PPFD of 300-400 µmol/m²/s, ideal for stimulating growth without light stress. Adjust the height as elongation progresses to maintain this optimal distance. The bars remain light enough to allow frequent adjustments without effort.

Is the XModule V5 compatible with the 0-10V dimmer to adjust intensity during growth and flowering?

Absolutely, all XModule V5 bars natively integrate 0-10V dimmer compatibility. This function allows continuous adjustment from 10% to 100% of the nominal power. In practice, set 30-40% for cloning, 60% for vegetative growth, and 100% for flowering. The 0-10V signal is standard in the horticultural industry, ensuring compatibility with most controllers on the market. A single dimmer can control up to 10 XModule bars simultaneously, greatly simplifying the management of multi-bar installations. This fine dimming optimizes electricity consumption while respecting the specific physiological needs of each development phase.

How does the XModule compare to SpectraBULB in terms of light coverage for a vertical garden?

XModule and SpectraBULB address different needs in vertical lighting. XModule bars excel on vertical gardens thanks to their linear format that perfectly matches the vertical geometry. Their 120° diffusion angle ensures homogeneous coverage over 40-50cm width per bar. SpectraBULB, with its circular diffusion, is better suited for spot installations or supplementary lighting. For a complete vertical garden, XModule allows regular spacing every 40cm vertically, creating a uniform light sheet. Energy efficiency remains comparable (2.8 µmol/J), but the modular installation of XModule greatly simplifies maintenance and future extensions.

What maintenance is required for GreenVisuaLED XModule bars and what is their lifespan?

XModule maintenance is limited to monthly dusting with a dry or slightly damp cloth. The Samsung LM301B LEDs equipping these bars have a lifespan of at least 50,000 hours, which is approximately 6-7 years of intensive use 18 hours/day. The anodized aluminum casing perfectly resists the ambient humidity of grow spaces. No internal fan requires specific maintenance. The manufacturer's warranty covers 3 years, testifying to the product's reliability. Simply avoid direct water splashes on the power connectors and periodically check the tightness of the suspensions. This ease of maintenance is a major advantage compared to HPS systems which require regular bulb changes.