Air-to-water heat pump PANASONIC Aquarea T-Cap WH-ADC16K9E8AN / WH-UXZ16KE8, K generation, 16kW, 400v, boiler 185L

Aquarea is an innovative low-energy heating, cooling and domestic hot water system that delivers high performance even at low outdoor temperatures. This range is ideal for new installations and low-energy homes.

Like the air you are constantly surrounded by without even noticing it, Panasonic technology blends perfectly and harmoniously into your environment and your life, without the device or control unit coming to the fore.

Outdoor units, like indoor units, blend harmoniously into the environment and modern architectural styles and discreetly maintain a cozy atmosphere for your family.

All new generation models are finished in anthracite grey and have been completely redesigned with an innovative design that will find its place anywhere.

The Panasonic Aquarea T-CAP series is ideal
for installation in new and old buildings where maintaining the nominal heating capacity even in extreme outdoor temperatures is an important criterion.

Features
Wide model range with a wide performance range | Improved, streamlined design | Further reduction in sound level | High energy efficiency for space heating and hot water preparation | Blue anti-corrosion coating of the outdoor heat exchanger to protect against harsh weather conditions

Special soundproofing design from Panasonic
To protect neighbors in densely populated residential areas from noise, the compressor is mounted on a specially designed vibration damping unit, which is the main source of sound.

Discover the new Aquarea K generation air/water heat pumps.
Aquarea is an innovative low-energy heating, cooling and domestic hot water system that achieves high performance values even at low outdoor temperatures. This model range is ideal for older, new and low-energy homes.

The next step towards a climate-neutral society
Aquarea is an innovative low-energy heating, cooling and domestic hot water system that delivers high performance values and is in line with our vision for a climate-neutral society and our GREEN IMPACT strategy. In European households, 79% of energy is consumed for heating and hot water.

By converting thermal energy from ambient air into heating energy for the home, Panasonic's highly efficient Aquarea technology can significantly reduce CO2 emissions and environmental impact compared to conventional boilers and electric heaters.

Panasonic Aquarea T-CAP Generation K WH-ADC0912K9E8AN Hydro Module with Memory | 185 liters | 9 kW heating element | Aquarea external current anode
is an innovative low-energy system for heating, cooling and hot water preparation, achieving high performance values even at low outdoor temperatures. This model range is ideal for new installations and low-energy homes.

Panasonic Aquarea T-CAP Generation K hydro module with hot water storage and heating element,
two heating circuits | Bivalent function | Smart grid connection.

Like the air you are constantly surrounded by without even noticing it, Panasonic technology blends perfectly and harmoniously into your environment and your life, without the device or control unit coming to the fore.

Thanks to their small footprint (598 x 600 mm), the new compact combined hydro modules can be seamlessly placed in a row with other standard household appliances such as refrigerators or washing machines. In addition, the low height allows for space-saving installation and the installation of a controlled living room ventilation (KWL) system.

The Panasonic Aquarea T-CAP series is ideal for installation in new and old buildings where maintaining the rated heating capacity even in extreme outdoor temperatures is an important criterion. Features Wide range of models with a wide performance range | Improved, simplified design | Control and maintenance via online control | High-quality storage insulation | Further reduction of sound levels | High energy efficiency for space heating and domestic hot water

Harmonious design, discreet appearance
Compact appliances with a small footprint are presented in a premium white color, the elegance of which is emphasized by the black strip on the front panel, which also continues smoothly. integrated control unit. Aquarea compact combined hydromodules: an extremely space-saving solution Thanks to their small footprint (598 x 600 mm), the new compact combined hydromodules can be seamlessly placed in a row with other standard household appliances, such as refrigerators or washing machines. In addition, the low height allows you to save space and install a controlled living room ventilation (KWL) system.

U-Vacua™: high energy savings due to excellent thermal insulation
Thanks to VIP technology (Vacuum Insulation Panel), the ultra-thin U-Vacua™ thermal insulation panels provide 19 times better thermal insulation characteristics than conventional polystyrene foam. Significantly lower heat losses result in fewer heating phases and allow for significant energy savings.

Easier maintenance Maintenance
-optimized design | Special door mechanism facilitates maintenance access to hydraulic components | No additional buffer storage required – saving space, time and costs during installation | All sensor readings can be accessed via the control unit (new) | Water pressure sensor (new)

Same capacity in a slimmer body
Since all hydraulic components are located at the top, a slimmer body with a smaller surface area is sufficient for a large 185 liter water tank.

Improved magnetic filter with reduced maintenance requirements
Due to the higher dirt separation efficiency, the magnetic filter in the water circuit allows for longer maintenance intervals.

The sturdy housing allows for the installation of a KWL system.
The housing and top cover are reinforced with a sturdy frame, so an adjustable living room ventilation system (KWL) can be installed on the device and screwed to the frame for secure attachment.

Aquarea and PV systems | advanced functions | Optional To
integrate a photovoltaic system, models from generation K onwards only require the CZ-NS5P add-on board. The add-on board enables modern energy management, with which the production of electricity by the PV system is optimally combined with the use of this self-produced electricity by the heat pump for heating, cooling and hot water preparation.

Smart Grid Control | advanced features | Optional
Aquarea K generation heat pumps provide SG Ready features in combination with the CZ-NS5P add-on board, and are therefore designed to be connected to a smart grid.

Aquarea Smart Cloud | Optional
Aquarea Smart Cloud is a powerful, intuitive and free cloud application for controlling and remotely maintaining Aquarea systems, accessible anytime, anywhere. Easy-to-use energy management via cloud application | Optional Smart Cloud for Aquarea is not just a controller to turn the heating system on and off. It is much more than an application that the end user can intuitively operate to control the entire heating and hot water system and monitor energy consumption – even when on the go!

Aquarea Service Cloud | Optional
With Aquarea Service Cloud, service companies and installers can support their customers' Aquarea heating systems with remote access to maintenance. This allows for preventive maintenance and system optimization, as well as troubleshooting.

External current anodes
are controlled by a constant voltage that must be supplied by the power source. The negative pole of the power source is connected to the metal to be protected, and the positive pole is connected to the external current anode. The voltage between the external current anode and the protected object is adjusted manually or automatically on the power source. This results in the corresponding protective current effect.

Therefore, unlike protective anodes, external current anodes do not have to have a negative redox potential compared to the material to be protected. The cathodic protective current shifts the potential at the interface near the external current anode in the negative direction. Once a certain potential value is reached, corrosive erosion of the protected object becomes technically insignificant.