We are pioneers in horticultural lighting. Our patented, infinitely scalable, modular LED lighting system delivers homogenous PAR distribution, maximizing energy efficiency and plant growth in controlled environments.
WHAT IS HOMOGENEOUS PAR DISTRIBUTION?
Homogeneous PAR (Photosynthetically Active Radiation) distribution means every plant receives the same amount of usable light—no matter where it sits under the lights. Instead of some plants or leaves getting more light than others, our lighting evenly covers the entire growing area, giving every plant consistent conditions for optimal growth.
WHY IS THIS IMPORTANT?
Uniform lighting boosts photosynthesis equally across all plants, maximizing growth, health, and yield. Academic research supports that uniform PAR:
- Enhances photosynthesis across entire plants, improving overall productivity.
- Prevents lower leaves from dying prematurely due to inadequate light.
- Helps all leaves efficiently produce and share energy.
- Encourages healthier plant hormone balances, promoting stronger and more consistent growth.
In short: uniform lighting ensures healthier plants, better yields, and increased efficiency in controlled growing environments.
If the PPFD is spatially uniform at an appropriate level in a plant canopy regardless of the canopy's depth, the net photosynthetic rate of the whole plant canopy should increase significantly, and the decrease in net photosynthetic capacity of lower leaves due to their senescence may be prevented.
— (Zhang et al., 2015; Joshi et al., 2017), Zhang, X., He, D., Niu, G., Yan, Z., & Song, J. (2015). A Combination of Downward Lighting and Supplemental Upward Lighting Improves Plant Growth in a Closed Plant Factory with Artificial Lighting. Hortscience, 52(6), 831-835.
A uniform light environment in a plant canopy has the following effects:
(1) Geometrical relationships between the source (photosynthesizing parts) and sink (accumulating parts of translocated carbohydrates) of plants are changed; (2) All leaves of a plant canopy relatively equally act as producers of carbohydrates; (3) Senescence of lower leaves
due to low PPFD is suppressed; and (4) Phytohormone balances in individual plants are changed.
— (Kozai, 2022), Kozai, T. (2022). Role and characteristics of PFALs. In Plant Factory Basics, Applications and Advances (p. 46). Academic Press.
WHAT SETS US APART FROM CONVENTIONAL SOLUTIONS?
Our lighting technology combines evenly distributed PAR, advanced Chip-On-Board (COB) LEDs, validated heat management, and a modular design that scales to any size grow space. By utilizing advanced optimization algorithms, we precisely tune each lighting setup to deliver maximum plant growth and energy efficiency. Simply put: We're setting a new standard for horticultural lighting.
HORTICULTURAL LIGHTING: AN OPTIMIZATION CHALLENGE
Designing horticultural lighting isn't guesswork—it's a mathematical challenge. Our approach optimizes plant yield while minimizing energy use. We carefully balance LED type, spacing, fixture layout, and intensity through advanced algorithms, ensuring every plant receives exactly the right amount of light for optimal growth.
