Turn Walls
into Watts
Light, glass-free, unbreakable solar systems.
LightSeeds™ — The Vertical Solar System
Engineered as one scalable solution.
Module
A lightweight, glass-free and rigid solar module designed for user-friendly installation, with a low-carbon footprint and fully recyclable materials.
Mounting System
Prefabricated rigid and perfectly square frame structure. Enables agile, fast, safe and cost-efficient deployment for large vertical installations. Workshop or on-site assembly with minimal tools required.
Anchorage
A versatile infrastructure-grade anchoring system enabling faster and less invasive installation.
THE LIGHTSEEDS™ SYSTEM FOR VERTICAL SOLUTION
LightSeeds is an integrated vertical PV system combining a lightweight glass-free module, a modular mounting structure and a dedicated infrastructure anchoring system. Optimized for rapid installation with minimal tooling and reduced anchoring points, it enables reliable solar deployment on existing vertical infrastructure.
One system. Two environments.
From national road and railways infrastructures to industrial facilities, LightSeeds is engineered for vertical surfaces across sectors.
NUMBERS
Key figures
-60%
Weight
-20%
Total cost
-50%
CO2 footprint
-50%
Anchorage points
MISSION
We remove the constraints of solar deployment by offering lightweight integrated solar solutions for vertical surfaces.
Our mission is to unlock new energy surfaces by proposing dedicated integrated solutions.
Engineered as One Integrated System.
TRIADE™ is designed as a fully integrated system combining high-performance solar modules, a dedicated vertical mounting structure, and an infrastructure-grade anchoring system. Integrating these three elements into a standardized solution enables faster, more efficient deployment.
Why producing vertical?
Vertical photovoltaic integration offers distinct advantages compared to conventional rooftop systems. Vertical surfaces provide a more balanced production profile throughout the day and across seasons, reducing midday peaks and increasing morning and late-afternoon generation. This smoother output becomes particularly valuable in the context of dynamic feed-in tariffs and evolving electricity markets, where peak production is not always rewarded. In addition, vertical installations are less exposed to dust accumulation and soiling, resulting in lower maintenance needs and more stable long-term performance.
