Functional Principle of a Heat Pump

The refrigerator - everbody's heat pump

The functional principle of a heat pump is similar to the that of a refrigerator, which is based on the principle of a closed circuit.

Just as in a refrigerator the heat pump withdraws heat from one medium and transmits it to another medium. The refrigerator withdraws heat from its inside using an evaporation heat exchanger – and thus provides usable cooling energy – and the "waste product: heat" is released into the kitchen via a condensation heat exchanger on the back of the refrigerator.

Employing the same principle, the heat pump withdraws heat from the environment via a heat exchanger (e.g. geothermal collectors, depth probes), and feeds it to the heating system via a second heat exchanger. The environment is constantly replenished with free energy provided by the sun.



( <<-- back one chapter )
EcoSol - Brine Water Pump by ecoTec Energy

High performence rates for heating system and non-potable water by means of hot gas
( <-- back one page )
EcoSol - Brine Water Pump by ecoTec Energy

High performence rates for heating system and non-potable water by means of hot gas
( Index )
EcoSol - Brine Water Pump by ecoTec Energy

High performence rates for heating system and non-potable water by means of hot gas
( next page --> )
Individual Procedures in a Cycle

Compression - Condensation - Release - Evaporation, demonstrated by common examples
( next chapter --> )
Multi-fuel burner - the Burner for Many Oil Types by ecoTec Energy

Multi-fuel burner - the universal burner for almost all fuels, especially for operation with all vegetable oils, as well as biodiesel and heating oil
German version
Funktionsweise einer Wärmepumpe
Contact email
 ecoTec Energy AG, Inc. 
 Cooled Photovoltaic 
 Heat Pump 
 Multi-fuel burner 
 Heat Pump 
 Functional Principle 
 Procedures 
 Functional Details 
 Operation Safety 
 Increased Efficiency 
 Heater Flow Temperatures 
 Brine Temperatures 
 Heat Sources