Heat pumps
( 34 products )heating cylinder / cold storage tank
(Artikelnummer: 100101001)
Item no. 100101001
On stock
heating cylinder / cold storage tank
(Artikelnummer: 100103001)
Item no. 100103001
On stock
PS-300, storage cylinder
(Artikelnummer: 100103100)
Item no. 100103100
On stock
combi cylinder (DHW/heating buffer tank)
(Artikelnummer: 100303100)
Item no. 100303100
On stock
WP-350, high performance DHW cylinder
(Artikelnummer: 100303500)
Item no. 100303500
On stock
combi cylinder (DHW/heating buffer tank)
(Artikelnummer: 100304100)
Item no. 100304100
On stock
WP-500, high performance DHW cylinder
(Artikelnummer: 100305000)
Item no. 100305000
On stock
stainless steel dwh tank with Buffer tank
(Artikelnummer: 100602000)
Item no. 100602000
On stock
also suitable for heat pumps
(Artikelnummer: 100603000)
Item no. 100603000
On stock
small distribution board with insulation box
(Artikelnummer: 330000600)
Item no. 330000600
On stock
small distribution board with black insulation box
(Artikelnummer: 330000601)
Item no. 330000601
On stock
small distribution board with insulation box
(Artikelnummer: 330000700)
Item no. 330000700
On stock
incl. EPP insulation box
(Artikelnummer: 330001201)
Item no. 330001201
On stock
incl. EPP insulation box
(Artikelnummer: 330001301)
Item no. 330001301
On stock
connection 1" rotatable
(Artikelnummer: 330001500)
Item no. 330001500
On stock
connection 1 1/2" rotatable
(Artikelnummer: 330001600)
Item no. 330001600
On stock
for heating water, 3/4" M
(Artikelnummer: 514003000)
Item no. 514003000
On stock
for heating water, 3/4" M
(Artikelnummer: 514005000)
Item no. 514005000
On stock
Air-to-water heat pump 8kW R32/230V
(Artikelnummer: 700608100)
Item no. 700608100
On stock
Air-to-water heat pump 12kW R32/400V
(Artikelnummer: 700612300)
Item no. 700612300
On stock
Air-to-water heat pump 16kW R32/400V
(Artikelnummer: 700616300)
Item no. 700616300
On stock
Set 1, Buffer & hot water tank
(Artikelnummer: 710601000)
Item no. 710601000
On stock
Set 1, Buffer & hot water tank
(Artikelnummer: 710601100)
Item no. 710601100
On stock
Set 1, Buffer & hot water tank
(Artikelnummer: 710601200)
Item no. 710601200
On stock
Set 2, stainless steel combi double tank
(Artikelnummer: 710602000)
Item no. 710602000
On stock
Set 2, stainless steel combi double tank
(Artikelnummer: 710602100)
Item no. 710602100
On stock
Set 2, stainless steel combi double tank
(Artikelnummer: 710602200)
Item no. 710602200
On stock
Set3, buffer tank + fresh water module
(Artikelnummer: 710603000)
Item no. 710603000
On stock
Set3, buffer tank + fresh water module
(Artikelnummer: 710603100)
Item no. 710603100
On stock
Set3, buffer tank + fresh water module
(Artikelnummer: 710603200)
Item no. 710603200
On stock
Plus-energy home
A plus-energy home with positive annual balance is a building that gains more energy in and on the building than it takes from the outside, f. e. electricity, oil, gas or wood. These energy standards can generally be achieved by each type of building, both a renovated old building and a passive house. Necessary is only the use of solar energy, e.g. by a solar thermal system for DHW and back-up heating and a PV system for generating electricity.
On the way to a plus-energy home the heat pump can also make a considerable contribution since it also makes use of solar energy and turns it into heat to release it into the heating system. A building’s energy demand of power and heat is depending on the buildings standards and the applied technology, thus the requirements differ from building to building. Due to a clever combination of versatile energy sources a mixture of energy is created which is able to cover the complete energy requirements and to feed the surplus of power from an existing PV system into the local network.

The above diagram displays how a mixture of energy could be created by the application of different energy generating technologies.
Initial situation:at the beginning the heat demand is mostly covered by a oil or gas boiler.
-
This oil or gas boiler is now replaced by a heat pump. The heat pump extracts heat from the ambient air and gives it to the heating system. The energy input for the heat generation in proportion to the energy output is approx. 25%, thus the total power consumption is increased about the power demand that is necessary for the operation of the heat pump. According to this the oil/gas consumption is omitted.
-
By installing a solar thermal system the heat pump is supported by the provision of DHW and heating water, thus power is saved.
-
The now remaining power demand can be generated by a photovoltaic system. Even a surplus of power can be generated when the PV system is dimensioned appropriately.
Your way to energetical self-sufficiency

Air/water heat pump particularly poke out of the heat pump family due to the price-performance ratio. Low investment costs and little installation effort guarantee a cost-effective heating system.

Pay attention to the acquisition of a high efficient system and to the serviceability and operating life of all system components! The solar thermal system is able to make its contribution to cover the heat demands of your home, especially in times of high energy requirements (cold outside temperatures), because there often is a clear cloudless sky with cold outside temperatures. When it is cloudy and foggy you rather have ideal conditions for air/water heat pumps. With this system you have a perfect price-performance ratio.

The installation of a photovoltaic system is a perfect supplementation of the first two steps. Your home will almost be turned into a zero energy home concerning the annual energy balance. When it is well dimensioned you even can achieve a surplus of energy. You provide your own energy and may be able to feed the surplus into the local power network.

You have not yet started any configuration.