Heat your home and reduce your energy costs at the same time
Compared to traditional radiators, PHNIX's ultra-thin water fan-coils offer over 30% energy savings. Advanced control technologies ensure even temperature distribution, providing users with a comfortable indoor climate. These fan-coils can meet various heating or cooling needs when paired with heat pump units. With a noise level of just 30 dB(A) and an ultra-thin profile of 130 mm, these units stand out significantly from conventional market offerings.
Super Quiet:
The use of cross-flow fans and modern air guide technology
reduces noise levels, allowing users to enjoy a restful and
pleasant sleep.
Ultra-Thin Design:
The hydraulic fan-coil units feature an ultra-thin design, with
a casing of only 125 mm for PFP-D and 130 mm for PHP-C. This
compact design saves more installation space compared to
traditional models and blends seamlessly into any room
environment.
High Efficiency:
These fan-coil units deliver twice the heating performance of
traditional radiators. With even heat distribution, they can
save up to 30% in energy consumption compared to conventional
radiators.
Easy Installation:
Various mounting options allow for flexible installation,
whether on the floor or wall.
Smart Control:
The smart control system offers high user convenience. The
PFP-C unit is easily controlled via a touch display, while the
PFP-D version uses a controller with buttons. The PFP-D unit
can also be controlled and monitored via a Wi-Fi connection,
allowing users to check operational status and set automatic
start and stop times from anywhere at any time.
Detail-Oriented:
The use of an electric three-way valve ensures stable
operation, enhancing performance efficiency and significantly
reducing energy consumption.
Solution:
Designed specifically for residential use, this solution
provides heating and cooling for homes when paired with PHNIX
heat pumps. The benefits of the ultra-thin design, sleek
appearance, and very quiet operation contribute to a modern and
comfortable living experience.