Intralux – Grow Luminaires

Intralux – Grow Luminaires

Grow Luminaries

Intralux – Grow Luminaires

Intralux has engineered a specialised range of luminaires, developed specifically for biophilic designs such as grow and green walls, planters, potted plants, and any other vegetation or flowers used in architectural spaces.

The Enepro Grow track light or adjustable surface spot is designed with a special LED module that is different from most used in horticulture luminaires. It has excellent PPFD luminance, a high CRI, and none of the “purple tinge” associated with typical horticultural luminaires. The Enepro Grow range comes in many mounting options, beam angles, and finishes, making it versatile for many installations.

The Enepro Grow is featured here in Central Plaza in the CBD of Brisbane. Within the heart of the building is an eye-catching copper-clad staircase surrounded by a double-height green wall. The green wall is illuminated with Enepro Grow luminaires.


Recently launched, Intralux’s Cog LED 2.0 Grow is an evolution stemming from the next generation of fully integrated, interconnectable exterior IP65 linear LED projector systems. It incorporates a specially designed PCB tailored for biophilic lighting. Unlike most LED modules found in horticultural luminaires, it boasts exceptional PPFD/luminance, a high Colour Rendering Index (CRI), and eliminates the “purple tinge” often associated with typical horticultural lighting solutions.


Cog LED 2.0 Grow provides diverse beam options for precise light control and versatile applications, complemented by a fixture beam direction of up to 150 degrees. This innovation comes with fully integrated control gear, featuring a hassle-free ‘Plug+Go’ connection system that ensures swift installation directly to mains power without the need for remote drivers. It has been meticulously crafted for biophilic designs, making it ideal for use in environments such as grow walls, green walls, planters, potted plants, and any other vegetation or flowers integrated into architectural spaces.

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