Technology

Nautical architecture. Pneumatic control. Hydrostatic stability.

A floating solar tracker engineered for sheltered waters, combining East–West tracking, air-water ballast and a V-shape pneumatic motor.

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Single-axis tracking up to ±60°

East–West movement to improve annual yield and generation profile.

V-shape pneumatic actuation

Low parts-count architecture designed for fast assembly and tracking accuracy.

Air-water ballast

Controlled buoyancy and low-height stow position to reduce wind and wave exposure.

Pascal Principle

Hydrostatic stabilization effect.

The V-shape pneumatic motor creates a suction-like stabilizing effect, helping the tracker behave as a natural hydrostatic damper against wind gusts, currents and sheltered-water waves.

Designed to reduce instability and mooring requirements.
Control algorithms for safe stow and energy maximization.
Open lower architecture for cleaning, access and anti-clogging.

Design principles

Built for project reliability.

Less plastic use

Material durability and optimized structural components.

Light-through layout

Lower water coverage and wide corridors to reduce environmental pressure.

Bifacial potential

Architecture designed to better use module bifaciality on reflective water surfaces.

Maintenance access

Wide O&M corridors and lower soiling exposure.