EST
Ò
2.0
The evolution of the east-west system on ballasts
More advanced. More optimised. More reliable.
A system designed by observing the real behaviour of photovoltaic systems.
Designed for those who work daily on flat roofs and cannot afford complex, slow or inefficient systems.
Maximum adaptability across all module formats.
Less time to install.
More installations completed.
The problem isn't installing a system.
The problem is how long it takes you.
Anyone who works in photovoltaics every day knows this well: every installation requires hours of work, component management, site logistics organisation, attention to structural stability, and the best optimisation of available space.
And when the system isn't designed properly, all of this becomes slower, more complex, less efficient.
More energy per surface
East-west configuration to maximise available space.
Higher density, more installed power.
Designed for the construction site
Easy to move, quick to assemble, intuitive to install.
Designed for those who work in the field every day.
Simple installation
System designed to reduce on-site times and complexity.
Fewer components, fewer operations, more productivity.
Structure that works with the wind
Triangular configuration designed to work with wind forces.
Greater stability in real-world conditions.
Charges under control
Optimised distribution on the coverage.
Greater safety, less structural stress.
Adaptable to every project
System compatible with all photovoltaic modules.
Flexible, precise, designed for the field.
Fewer components. More speed.
ESTÒ 2.0 has been designed to reduce everything that slows down installation.
Only two ballasts.
A solution designed to ensure stability with minimal load on the covering.
Less weight.
Less complexity.
A multifunctional universal central clamp
This means fewer components to manage on-site, fewer assembly operations and, consequently, faster installation times.
A design detail that translates into greater speed, order, and operational simplicity.
A triangular structure in the most exposed points.
A system that distributes loads better, responds more controllably to stress and remains stable when it truly matters.
This is an engineered solution to ensure structural soundness, resistance to stress, and stability even with reduced loads.
Because a photovoltaic system must not only be installed well, but must continue to function reliably for decades.
Long-term engineered stability
The east-west orientation allows for better use of the available space.
By increasing the density of installable modules and improving the distribution of production throughout the day, greater installed power per square metre is achieved, along with more efficient use of all available space.
Every square metre works harder.
More power in the same space
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