Highly efficient, compact heat pumps designed for domestic hot water preparation in a tank.
Device equipment:
- High-efficiency rotary compressor,
- Additional expansion valve for effective and fast evaporator defrosting,
- Energy efficient radial fan,
- Evaporator with hydrophilic surface (evaporator is less prone to icing up, defrosts effectively and is better protected against dirt accumulation),
- Built-in circulation pump with PZH certificate,
- Heat pump control:
M - manual controller with graphical display,
D - controller with color touch panel,
- Plate heat exchanger for direct heating of domestic water,
- Removable lightweight plastic housing to reduce sound from refrigeration system equipment,
- Adjustable feet for mounting on flat surface.

HP solar panels are manufactured with HEAT PIPE technology which guarantees high reliability, even during long periods of plant stagnation and during high irradiation. The use of HP collectors provides a high level of heating support, because in summer there is no risk of overheating, as it is the case with traditional collectors.

Innovative collector frame construction:
- High quality 2 mm thick tubes made of borosilicate glass with low silicon and iron oxide.
- The collection pipes are protected with mineral wool in a black aluminum casing for maximum protection from the weather.
- The collector is delivered in parts for self-assembly on the roof or construction site, which minimizes transport costs and makes the assembly faster and easier.
- High efficiency due to the cathodic sputtering process on the glass of the highly selective copper layer.
- The HEAT PIPE technology allows for quick glass pipe replacement without draining the system.
- The vacuum insulation material provides maximum protection against heat loss.
- The stainless steel support structure ensures maximum service life.
- The copper tubes ensure maximum energy yield.

Inverter split heat pumps.
The heat pumps are equipped with an infinitely variable compressor and a brushless fan with variable speed control. This allows the heat pump to adapt itself to the energy needs of the heat consumers. The stable operation of the heat pump allows for high efficiency while maintaining low noise level generated by the compressor. The cooling system equipped with EVI (Enhanced Vapour Injection) technology ensures high efficiency in classic radiator installations. High quality of the device is guaranteed by innovative solutions based on subassemblies of renowned global manufacturers such as Panasonic, Grundfos or Carel.

- One of the cheapest ways to heat buildings. The system works even in temperatures of -20°C
- High operating efficiency and long service life, thanks to the use of components from renowned global manufacturers.
- An extensive controller ensures optimum control and protection of the system. The possibility of internet control is available. A wired user interface included as standard.
- The Split construction eliminates the risk of frozen pipelines during power outages.
- High comfort of use. Intuitive and simple operation of the controller.
- Energy class A++ at 55°C supply temperature, A+++ at 35°C supply temperature.

Designed for heat pumps DHW tanks with high efficiency coil with large heating surface.
Standing hot water storage tanks for domestic hot waterpreparation. The tank has a coil with a large surface area, which is designed for heat pump. The contact surface of the hot water with the tank is protected against corrosion by a layer of high quality enamel and magnesium anode*. Complies with DIN 4753. This ensures that the hot water only comes into contact with a hygienically clean surface.
Thermal insulation in the tanks is a layer of permanently bonded CFC-free polyurethane hard foam and a replaceable layer of PVC foil.
Technical description:
- Material: S235JR,
- Welding: automatic welding,
- Protection: high-quality enamel coating and protective anode,
- Maximum operating pressure of the tank: 10 bar,
- Maximum test pressure: 15 bar,
- Maximum operating temperature: 95ºC,
- Insulation: 50mm thick polyurethane foam,
- Outer jacket: color gray,
- Heat exchangers: steel pipe S235JR,
- Inspection opening: ø125mm/ø180mm.

It is one of the many tanks we offer.

Solarsysteme mit Hilfe der AMP Kollektoren wandeln die Einstrahlungsenergie der Sonne in Nutzwärme. Die in den Solarkollektoren erzeugte Wärmeenergie wird mit Hilfe der Wärme-trägerflüssigkeit in den Solarnützwasser- oder Solarindustrie-wasser-Speicher übertragen, in dem die Wärme geschpeichert wird. Effektive Systemleistung wird von dem mit der Umwälzpumpe verbundenen Differenz - Temperaturregler gesichert.

Einmalige Verbindung des Absorbers.
Der AMP-Flachkollektor verfügt über einen Absorber, bei dem eine moderne Technologie zur Verbindung der Platte mit dem Rohrsystem verwendet wurde, die bisher einzigartig auf dem Markt ist. Die Technologie besteht aus dem partiellen Walzen eines Kupferrohrs, wodurch die Übertragungsfläche um das Siebenfache erhöht wird. Ein weiterer Vorteil ist, dass sich der Anschluss, d. h. das Lot, außerhalb der Hauptwärmeübertragungsfläche befindet. In Anbetracht der Tatsache das die Wärmeleitfähigkeit des Kupfers, aus dem die Rohre hergestellt sind, nur 401 W/mK und die des Lotes nur 60 W/mK beträgt, ist dies ein bedeutender Vorteil.

Innovative Kollektorrahmenkonstruktion.
In dem AMP Kollektor ist die moderne technologie des Biegens von Aluminium angewandt worden. Die Technologie besteht darin den Hauptrahmen aus einem Segment des Profils ohne die
überflüssigen Schweißnähte in Ecken anzufertigen. Ein Rahmen ohne Schweißnähte ist viel dichter, er besitzt ein ästhetischeres Aussehen und das wichtigste ist, es gibt keine Gefahr das nach der mehrjährigen Nutzung der Rahmen undicht wird.