Heat pumps are systems that transfer thermal energy from one environment to another by utilizing alternative energy sources in nature, providing both heating and cooling needs with a single device. Heat pumps can be used for heating, cooling, or domestic hot water production in spaces where climate control is desired.
They use sources such as air, water, soil, and waste heat, and are classified based on the type of source as air-source, water-source, or ground-source heat pumps. Depending on the heat transfer medium, they can be air-to-air, air-to-water, water-to-water, or water-to-air systems. There are many different types and applications available, making them environmentally friendly products due to their use of renewable energy sources and reduction of dependency on fossil fuels.
Heat pumps consist of a compressor, expansion valve, condenser, and evaporator, forming a refrigerant gas circuit.
The efficiency of heat pumps depends on the difference between the fluid temperatures produced by the heat source used and the coefficient of performance of the device. The smaller this difference, the higher the efficiency.
The main principle in heat pumps is to maintain the temperature of the source as balanced as possible and close to the selected heating-cooling system's temperature regimes. Therefore, low-temperature heating and high-temperature cooling systems should be preferred in heat pumps.
Heat pump technology allows you to:
increase energy efficiency;
use renewable energy sources;
reduce carbon emissions;
improve the energy rating of your building.
25-130 kW 24-140 kW
Full Inverter scroll compressor technology.High seasonal efficiency values (SEER: 4.95). 60 C hot water production.
115-235 kW 120-270 kW
Full inverter scroll compressor technology. 60 C hot water production. Heat recovery option.
35-70 kW 45-90 kW
Full Inverter scroll compressor technology. High seasonal efficiency (SEER: 5.47). 75 C hot water production.
8-45 kW 6-40 kW
Scroll compressor technology. 60 C hot water production. Environmentally friendly R410 A gas.
35-350 kW 40-410 kW
Scroll compressor technology. High seasonal efficiency values (SEER: 5,38). 60 C hot water production.
210-390 kW 240-450 kW
Dual independent circuit scroll compressor technology. High seasonal efficiency values (SEER: 5,95). 60 C hot water production.
3-45kW 3-45kW
Domestic production and wide operating limits. High efficiency and silent scroll compressor. Advanced thermostat and automation solutions.
1,5-15 kW 1,5-18 kW
High efficiency and silent scroll compressor. Coaxial heat exchanger with high heat efficiency. Advanced thermostat and automation solutions.
50-120 kW 57-145 kW
Inverter scroll compressor technology and EC Fan. 60C hot water production. Up to 8 units Modular operation with cascade system.
140-320 kW 160-390 kW
Scroll compressor technology with double independent circuit. High efficiency at partial and full load. 60C hot water production.
220-670 kW 230-700 kW
2 and 4 pipe system options. Independent cold and hot production at the same time and 100% heat recovery. Plate and shell&tube heat exchanger alternatives.