RED T
The Perfect Lighting Solution, in All Conditions
The RED T series represents a culmination of technological innovations. Designed to be efficient, flexible, and durable, it is the perfect partner to enhance your yields, shorten production cycles, and optimize the quality of your harvests throughout the year.
Ideal for all greenhouse and indoor crops, the RED T series has been engineered for a straightforward and swift replacement of your HPS installations.
3 Key Advantages of RED T
4 Power Levels
For a simplified replacement of your HPS lighting.
3,5 µmol/J
Market-leading efficiency to maximize performance.
4 Colors
4 individually controllable wavelengths, including far-red.
Our most powerful reference in the RED T series. Swap out your 1000W HPS lighting 1:1 and double your light intensity. An ideal luminaire for saving on installation costs in high-wire crop setups.
An ideal solution for high-wire crop and plants requiring high light intensity. Double your light intensity with the same energy consumption of a 600W HPS. The RED T 680 is a model that promotes energy savings while delivering higher light intensity than a 1000W HPS.
The perfect choice for installations with moderate light intensity requirements and limited available height. RED T 320 lighting is particularly suitable for increasing light intensity, reducing consumption compared to a 400W HPS, and providing an equivalent replacement for a 600W HPS.
Ideal for installations with very low clearance between the plant and the luminaire, as well as for indoor compartments with very low light intensity requirements. Equivalent replacement for a 400W HPS.
FIX, DIM, MAX : Gradually Upgrade to Full Control
Unrivaled Efficiency
In 2022, RED entered into an exclusive partnership with CREE LED, a leading American company in the LED market. Through the combination of advanced LED components, flawless passive thermal management, and advanced electronic control, we guarantee you extremely efficient lighting. Your plants benefit from an optimal light source while minimizing energy consumption.
Dynamic Spectrum: The Right Light, at the Right Time
Every production is unique. Thanks to its 4 individually controllable wavelengths (blue, green, red, and far-red), RED T dynamically adjusts its light spectrum and intensity accurately according to your crop, its growth stage, and its environment.
The result: perfect lighting that maximizes plant response and precise control of electrical power consumption. From the library of lighting strategies available in MyRED, select and optimize your greenhouse lighting in real-time and monitor your light data wherever you are with the mobile app. Discover MyRED
Flip the switch
Plug and play, the RED T series seamlessly integrates into the location of your HPS lighting, regardless of your facility’s configuration. Thanks to our quick attachments, connectors, and wireless communication system, transitioning to RED technology is a snap. Our low inrush current driver even allows you to retain your existing electrical network.
Built rugged for greenhouse duty
Certified IP66, tested against phytosanitary products, and designed to withstand the most demanding environments, RED T ensures uncompromising robustness. Our LED luminaires, the most compact on the market, minimize shadowing on the crops thanks to a patented dissipation system. The choice of optics, whether 115° or 150°, does not impact its efficiency and ensures perfect light distribution on your crops, regardless of the installation height.
RED Mesh Network
Developed in collaboration with our customers and rigorously tested, RED Mesh allows you to control thousands of RED T luminaires in seconds, without requiring additional wiring during installation. This innovative system uses a reliable and highly efficient proprietary wireless control protocol.
At the core of the RED solution, RED Mesh is a bidirectional exchange platform that provides instant communication of all instructions to the luminaires. It also serves as a feedback channel, opening up new possibilities for dynamic lighting.
They go further with photobiology.
