The Solarbayer heat pumps AeroMono are operating environmentally friendly, clean and without any emission. Most part of the heating energy, approx. up to 75%, is taken from ambient air. Thus only approx. 25% of the energy needed is required by electric current (either by your own photovoltaic system of by your local energy provider). The majority of the energy is directly in front of your door and thus offers a soothing supply guarantee. The operator of such an economical system has the possibility to guarantee an almost independent self supply, for example by the application of a photovoltaic system. With an appropriately dimensioned system it even is possible to have a surplus on energy which can be fed into the public grid.
Air/water heat pumps operating in a similar way as a refrigerator – only the energy flow is in a reverse way. In a refrigerator the detracted heat is dispensed to the outside. Whereas the heat pump takes the heat from ambient temperature and converts low temperature into high temperatures (temperature). This happens due to the continuous changes of the state of the refrigerant medium in the heat pump circuit. First of all, the medium is evaporated, then compressed in order to dispense the heat to the heating water in the condenser afterwards. The heat pump is able to reach a maximum flow line temperature of approx. 55 °C and is thus perfectly suitable for low temperature heating systems in new or in already redeveloped buildings.
The application of a heat pump is your contribution to the conservation of nature and environment
as well as to elongate the availability of fossile energy sources such as oil and gas. In order to further
develop the market share of renewable energies on the thermal market heat pumps are often
supported by the governement or also by the communities. The heat pump which in best case is
operated in combination with low temeprature heatings (mainly wall or underfloor heatings) offers
the highest possible comfort of heating, operating and living. The low flow line temperatures
increase the economic efficiency of the heat pump. Furthermore, the cozy warmth of the panel
heating takes care of a steady indoor temperature.
You no longer are in use of a boiler room as formerly needed for „outdated“
heating sources such as oil or gas boilers and thus, the room can now be
used as a recreation or utility room for example. You no longer need a storage
room for fuels, the installation or assembly of a chimney as well as the
measurement costs by the chimney sweeper are omitted. Therefore the operating
costs are low and manageable.
One of the best solutions is to combine the heat pump heating system with a
solar thermal system because it can then function not only as central
heating device but it can also fulfill several other thermo-technical tasks
in the low temperature area, for example pool heating.
The entry into heat pump technology is made easy by the technically mature and
easy system. The compact heat pump is assembled outside and thus
no separate boiler room is needed inside the house, it is only the tank that is
located inside. Systemic hydraulic components are pre-installed in the
outdoor device due to this, the installation of the air/water heat pump is
easy and fast. The biggest advantage however is that the professional
installer of heating systems only has to connect the heating water inside with
the outside whereas all cooling technical components are already
pre-installed. Thus, all installation work can be mastered fast and easy.
You get a complete heating system with highest efficiency when you combine our
heat pump with a Solarbayer SLS stratification tank. Several energy
sources can be used due to the perfectly aligned hydraulic.
No matter if you would like to use wood log boilers, thermal solar systems,
photovoltaic systems, electric heating or conventional oil/gas/pellet boilers,
almost everything is possible.
|performance characteristics||WP 11 AM||WP 16 AM|
|operating condition A+7/W35||nominal heating capacity||kW||11,20||16,00|
|operating condition A+2/W35||nominal heating capacity (incl. defrost)||kW||8,11||10,69|
|power input (incl. defrost)||kW||2,42||3,34|
|COP (incl. defrost)||3,35||3,20|
|operating condition A+7/W35||nominal heating capacity||kW||6,49||9,15|
|energy efficiency class due to EU regulation Nr. 811/2013
(heating, average climatic conditions)
|WP 11 AM||WP 16 AM|
|at low temperature W35||A+||A+|
|at medium temperature W55||A+||A+|
|basic specifications||WP 11 AM||WP 16 AM|
|casing colour||ivory white|
|cover material||painted galvanized steel plate|
|piping connections heating||Ø||DN 32 (1 ¼")|
|air flow rate heating||m³/min||90|
|compressor type||hermetically sealed scroll compressor|
|compressor starting method||inverter driven|
|ambient operation range for heating||°C||-25 ... +35|
|water operation range for heating||°C||+15 ... +55|
|ambient operation range for DHW preparation||°C||-25 ... +43|
|water operation range for DHW preparation||°C||+25 ... +70|
|sound power level heating (independently of distance)||dB(A)||64||66|
|sound pressure level heating (at 1m distance in front of the unit)||dB(A)||49||53|
|sound pressure level (night quiet mode)||dB(A)||42||43|
|refrigerant oil type||Daphne FVC68D|
|refrigerant oil charged volume||kg||1|
|electrical specifications||WP 11 AM||WP 16 AM|
|running current max. heating||A||14|
|pump power input||W||210|
The application of this high efficient Solarbayer air/water heat pump in combination with our full system technology, which had already been checked by the testing labratory together with the heat pump, offers you an optimization of your complete heating system. An optimized application and an easy installation is guaranteed by the system components offered in our heat pump sets, especially with the patented HSK-SLS stratification buffer tank and the connection box developed by Solarbayer as well as with the connection components for a plug-in installation. A combination with other heat sources (solar thermal collectors/wood log boiler/ photovoltaic panels, etc.) is possible without any problems. The buffer bridges usual blocking time of the heat pump power.
Find out more about heat pumps