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Gas hybrid heat pump
HPU hybrid

Optimum use of free, renewable, environmentally responsible energy from the sun and air in combination with a gas condensing system

Take the best of both types of energy. Maximum energy utilisation with minimum space requirements.

 

Maximum flexibility

The combination of two energy sources increases the security of supply and provides maximum flexibility.

Effective operation

Automatically selects the most efficient mode of operation (heat pump or gas).

Little effort in modernising

Existing Radiators remain.

For the health of your family

Hygienic water heater principle or combination with a ROTEX thermal store with fresh water technology.

Product description

The hybrid combination from ROTEX: efficient, comfortable and reliable

The use of a heat pump in existing buildings is often restricted by the need for high flow temperatures. When modernising buildings with an existing gas heating system, therefore, the question frequently arises as to whether a heat pump can perform this task. The ROTEX HPU hybrid combines an air source heat pump utilising renew ables with energy efficient gas condensing technology. The indoor unit, consisting of the gas condensing boiler and the internal part of the heat pump, does not usually take up any more space than a conventional gas boiler. With flow temperatures of 25 °C to 80 °C, the ROTEX HPU hybrid is suitable for any kind of building. The ROTEX hybrid unit is impressively reliable, flexible, extremely convenient and uses renewables.

Inverter technology for greater efficiency

The ROTEX hybrid heat pump delivers exceptional
performance thanks to its highly efficient inverter technology. When the building does not require heating at full capacity, the heat pump reduces its output, making it much more efficient.

Application

Strong performance in the smallest space

The inddor unit of the ROTEX HPU hybrid does not usually take up any more space than a conventional gas boiler. The compact outdoor unit can be installed space-saving and flexible in the outer area of the building.

Always the best value heat generation

Current electricity and gas prices are easily entered into the controller of the ROTEX gas hybrid heat pump. This device then automatically selects the most favourable heat generator in every operating mode. This allows you to maintain control over your heating bills.

Perfect climate: Heating in the winter - cooling in summer

The HPU hybrid can not only provide heating but can optional also cool if required in rooms with underfloor heating. Your feel-good climate in every season.

 

Structure and function

Outstanding efficiency – at all times and all temperatures

The ROTEX gas hybrid heat pump achieves optimum energy efficiency thanks to its dual-mode parallel and alternative operation. The heat pump is activated for as long as possible, or both appliances work in parallel, resulting in cost benefits. The gas boiler is only used when it is really needed, i.e. when high temperatures are required. The ROTEX gas hybrid heat pump therefore ensures maximum efficiency at all times in any operating mode.

Maximum DHW hygiene in combination with a ROTEX thermal store

For domestic hot water heating, you can choose between the hygienic instantaneous water heater principle or a combination with a convenient ROTEX thermal store. Thus the highest drinking water hygiene is guaranteed and enables the integration of a solar system.

Energy efficiency class

September 2015: Energy efficiency label now also for heating

Individual heat generators will each bear a product label. The efficiency of a heating system depends not only on the heat generator, but on several components. That is why the combination or package label was introduced. This covers the heat generator plus other components such as the controller, cylinders, solar thermal systems and/or an additional heat generator. The combination label is calculated from the efficiency values of the individual appliances and devices. Hooking up a solar thermal system is the most effective way to reach a higher overall system efficiency class.

 

Information about the energy efficiency labels