Benvenuti nel sito ufficiale della Famar Brevetti.
Compact Design: The Waterwall is designed to occupy the
minimum possible space, making it ideal for installations in
environments with space limitations.
Energy Efficiency: Integration with solar panels and the
advanced stratification system allow for reduced energy
consumption, with a positive impact on utility bills and the
environment.
Ease of Installation: Hydraulic connections positioned on both
the right and left sides facilitate installation and further reduce
the footprint.
Versatile Connections: Ability to connect the flow and return
of a thermal generator from the front as well, to further
minimize installation space.
Quality Materials: DHW (Domestic Hot Water) and solar
exchangers made of copper to guarantee superior thermal
conductivity and durability.
Modularity: To increase storage volume, puffer tanks can be
mounted in series or in parallel, offering great flexibility while
optimizing available space.
Effective Insulation: Equipped with convenient thermo-bonded
polyester insulation, mounted on-site with magnetic clips, it
guarantees excellent heat retention.
Additional Protection: The entire system is protected by a
PVC covering closable with Velcro strips for easier
maintenance and increased protection.
Easy Monitoring: Every hydraulic connection is equipped with
a ½‘’ port to be used as a pocket for temperature sensing.
At the heart of WATERWALL is its advanced stratification
system, designed to optimize thermal flow efficiency. Thanks to
the stratification ducts, the technical water—heated by solar
panels in the lower part of the puffer—is transported to the
upper section, adjacent to the DHW (Domestic Hot Water).
This arrangement ensures that the domestic water is heated
rapidly and maintained at the desired temperature. Furthermore,
this system maximizes energy efficiency, as it makes the best
use of the heat generated by the solar panels and minimizes the
need for auxiliary heating. The result is a constant supply of
hot water, minimizing energy waste and maximizing the use ofrenewable resources.
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