This powerful industrial solar heater design relies on high-precision concentrators mounted on dual-axis trackers, following the sun’s path throughout the entire day — both vertically and horizontally. This spherical tracking ensures that the system captures the maximum possible solar energy at every moment, dramatically boosting efficiency even at high thermal loads.

One of the major advantages of this technology is its versatility. Unlike traditional solar fields that require flat, uniform terrain, our concentrators can be deployed on uneven, odd-shaped land, opening new possibilities for sites that would otherwise be considered unsuitable.

In that design, each solar unit acts as an independent, autonomous thermal plant. Together, they form a cohesive, scalable heat production system. This modular approach means you can start small and expand over time — adapting capacity exactly to your needs, at your pace. It also enables unparalleled adaptability to seasonal variations, changes in production demand, or future growth plans.

Whether you require a few units or a large-scale solar field, our system offers reliable, efficient, and flexible solar heating, ready to meet today’s and tomorrow’s industrial energy needs.

This solar heating system is a good fit for:

• High temperature needs
• Small installations that will grow over time
• Unleveled ground
• Odly shaped terrain
• Remote locations

The S50 series, versatile and performant solar concentrators

This concentrator is purposefully engineered to maximize heat production from early morning until late evening, by tracking the sun across its entire daily trajectory with precision dual-axis movement. This design guarantees optimal thermal performance throughout the full span of daylight hours.

At the core of the design is a commitment to versatility and independence. Each concentrator operates as a self-contained thermal power plant: it includes its own control system, a complete set of sensors, and an integrated pump. This means that a user can install and operate a single unit to heat fluids — without needing to purchase any additional infrastructure.

Installation has been made as simple and accessible as possible. Thanks to the smart mechanical design, only two people and a basic ratchet tool are needed to set up the concentrator. No complicated engineering, heavy equipment, or special expertise is required. This approach makes powerful solar heating more accessible, faster to deploy, and scalable — whether you need just one unit or plan to expand into a larger, high-capacity field over time.