Heat pumps and energy centers

Multifunctional system based on heat pump, which combines aggregates for cooling and heating buildings. It is ideal for commercial buildings or industrial buildings. It is advantageous mainly due to the possibility of simultaneous cooling and heating and spatial and operational savings.

The compact energy centre is located in the technical room of the building and processes energy from renewable sources and further transfers this energy to water.

The components inside the energy centre are made of high-quality noble metals and are mutually optimized to meet the requirements for the ecological and economic operation of buildings.

The Geozent power center enables economical use of thermal energy in operating modes for heating, cooling, simultaneous cooling and heating, passive cooling and heating of drinking water.

– Heating and cooling capacity in the range of 30-1490 kW

– Saline solution/water and water/water - outlet

– Suitable for heating buildings and water heating

– High operational functionality, reliability and quiet operation

– Three-stage outlet up to 265 kW

– Smooth outlet (50-100%) from 265 kW

– Convenient, modular control (regulation)

– Available with water heating up to 60 °C

 

 

Equipment that effectively uses energy from renewable sources to heat hot water for its direct use, or for the heating and cooling of premises. Our heat pumps excel in modern technology and compact design.

We offer several performance designs that will find their use in a wide range of buildings.

Thanks to experience in developing innovative technologies with Copeland, our heat pumps boast high performance, lower electricity consumption and a compact solution without the need for specially installed storage tanks.

Our heat pumps use Copeland Scroll compressors with Inverter technology, which was awarded the best technology at the NEW YORK AHR EXPO 2014.

The highest energy yield of our system between single-phase heat pumps was confirmed by the AUSTRIAN INSTITUTE OF TECHNOLOGY.

The patented HTR technology allows simultaneous heating/cooling and heating of the TUV to a temperature of up to 70°C, without any electrical heating.

You can find out about the effectiveness and other advantages of our system in the technical data sheet.

Equipment that effectively uses energy from renewable sources for hot water heating or for heating and cooling of premises. This system allows you to cleverly process thermal energy from air, earth or photovoltaic cells depending on seasonal conditions and project possibilities.

The advantage is the possibility to limit the number of geothermal wells or their depth. It is also an ideal solution in case of lack of space on the plot for a flat collector.

We offer several performance designs that will find their use in a wide range of buildings.

Thanks to experience in developing innovative technologies with Copeland, our heat pumps boast high performance, lower electricity consumption and a compact solution without the need for specially installed storage tanks.

Our heat pumps use Copeland Scroll compressors with Inverter technology, which was awarded the best technology at the NEW YORK AHR EXPO 2014.

The highest energy yield of our system between single-phase heat pumps was confirmed by the AUSTRIAN INSTITUTE OF TECHNOLOGY.

The patented HTR technology allows simultaneous heating/cooling and heating of the TUV to a temperature of up to 70°C, without any electrical heating.

You can find out about the effectiveness and other advantages of our system in the technical data sheet.

This system uses heat energy drawn from the air to heat, cool or heat hot water. The compressor is powered by a gas internal combustion engine. It is ideal for commercial buildings or industrial buildings. It is advantageous mainly due to operational savings and thus faster return on investment.

The compact gas heat pump is designed for exterior location near the building. It processes not only thermal energy obtained from the air, but also waste heat from the engine and flue gases.

The device is also an ideal source of heat and cold for decentral air conditioning units. Possibility of combining with hydrobox to connect FanCoils.

The Toyota Aisin engine uses the Miller cycle, the advantage of which is more efficient combustion and lower flue gas emissions. It thus meets the requirements for greener and economical operation of buildings.

The gas heat pump allows economical use of natural gas, or LPG with constant power, regardless of the outside temperature.
– Basic power series in the range of 20-85 kW.

- Ability to build any performance - the benefit of decentralisation of the resource.

– High operational functionality, reliability and quiet operation.

– Any fuel (Natural gas or LPG).

– The high-quality Toyota Aisin internal combustion engine uses the Miller cycle.

– 2 to 4 compressor devices, excellent power control.

– The device operates up to -20°C without a decrease in performance.

– Can be combined with any end elements.

– Direct vapor application or variant with AWS hydrobox.

 

A system that efficiently uses heat energy from the air to heat hot water for its direct use, or for use for heating and cooling spaces. It is advantageous mainly due to operational savings and versatility.

According to the requirements, the outdoor unit can be located on the roof, façade, or on the building plot.

We offer several performance designs that will find their use in a wide range of buildings.

Thanks to experience in developing innovative technologies, our outdoor unit boasts very quiet operation, high efficiency and fans with controlled speed.

There is a lot of energy in nature that is freely available to everyone. Heat pumps solve the way to use it for heating and heating TUV. They can use energy from natural sources such as air, land or water. This is the result of heat pump systems known as ground/water, air/water or water/water. However, our hybrid heat pumps are more sophisticated and can combine these systems.

On what principle do heat pumps work ?

It's simple, imagine a refrigerator. Reverse its function to get an idea of how the heat pump works. Heat energy taken from the ground, air or water is transferred to a higher level, which is suitable for use for heating (or water heating), thanks to the heat pump cycle.

The heat pump works with the primary and secondary circuits. The primary is the one that is in contact with nature. You can learn more about the primary circuits for heat pumps here. Secondary circuit, that's a system of radiators, underfloor heating, a ceiling radiant system in your house. (more here).

Heat pump components such as compressor, heat exchanger, expansion valve... they work in such a way as to ensure a constant cycle of change in the state of the liquid which has an extremely low boiling temperature and therefore can ensure energy exchange. Think of the cycle as follows:

Perpetuum mobile does not exist and therefore it is necessary to supply the heat pump with electricity for the operation of this cycle. However, it is not much, so you will save both money and the environment. Take a look below:

Equipment that effectively uses energy from renewable sources to heat hot water for its direct use, or for the heating and cooling of premises. Our heat pumps excel in modern technology and compact design.

We offer several performance designs that will find their use in a wide range of buildings.

Thanks to our experience in developing innovative technologies, our heat pumps boast high performance, lower electricity consumption and a compact solution without the need for specially installed storage tanks.

Our heat pumps use Copeland Scroll compressors with Inverter technology, which was awarded the best technology at the NEW YORK AHR EXPO 2014.

The highest energy yield of our system between single-phase heat pumps was confirmed by the AUSTRIAN INSTITUTE OF TECHNOLOGY.

The patented HTR technology allows simultaneous heating/cooling and heating of the TUV to a temperature of up to 70°C, without any electrical heating.

You can find out about the effectiveness and other advantages of our system in the technical data sheet.

Equipment that effectively uses energy from renewable sources for hot water heating or for heating and cooling of premises.  This system allows you to cleverly process thermal energy from air, earth or photovoltaic cells depending on seasonal conditions and your requirements.

It is therefore possible to choose from several principles of energy pumping. For example, it is possible to combine energy obtained from the ground with energy drawn from the air.  The advantage is the possibility to limit the number of geothermal wells or their depth. It is also an ideal solution in case of lack of space on the plot for a flat collector.

We offer several performance designs that will find their use in a wide range of buildings.

Thanks to experience in developing innovative technologies, our hybrid heat pumps boast high performance, lower electricity consumption and a compact solution without the need for specially installed storage tanks.

Our heat pumps use Copeland Scroll compressors with Inverter technology, which was awarded the best technology at the NEW YORK AHR EXPO 2014.

The highest energy yield of our system between single-phase heat pumps was confirmed by the AUSTRIAN INSTITUTE OF TECHNOLOGY.

The patented HTR technology allows simultaneous heating/cooling and heating of the TUV to a temperature of up to 70°C, without any electrical heating.

You can find out about the effectiveness and other advantages of our system in the technical data sheet.

This system uses heat energy drawn from the air to heat, cool or heat hot water. The compressor is powered by a gas internal combustion engine. It is ideal for commercial buildings or industrial buildings. It is advantageous mainly due to operational savings and thus faster return on investment.

The compact gas heat pump is designed for exterior location near the building. It processes not only thermal energy obtained from the air, but also waste heat from the engine and flue gases.

The Toyota Aisin engine uses the Miller cycle, the advantage of which is more efficient combustion and lower flue gas emissions. It thus meets the requirements for greener and economical operation of buildings.

The gas heat pump allows economical use of natural gas, or LPG, in operating modes for heating or cooling and simultaneous hot water heating.

Internal air conditioning units can be combined with a gas heat pump.

We offer this system in several basic power lines in the range of 20-85 kW.

A system that efficiently uses heat energy from the air to heat hot water for its direct use, or for use for heating and cooling spaces. It is advantageous mainly due to operational savings and versatility.

According to the requirements, the outdoor unit can be located on the roof, façade, or on the building plot.

We offer several performance designs that will find their use in a wide range of buildings.

Thanks to experience in developing innovative technologies, our outdoor unit boasts very quiet operation, high efficiency and fans with controlled speed.