Heat pumps

The compression refridgerator/heat pump is integrated into the process. The elements of the machines are co-ordinated with the process. The energy transfer to the consumers is done directly through the refrigerant, no losses by further intermediate circuits and system separations. Refrigerant cycle is closed. With low pressure the refrigerant evaporates (cold weather is produced) and the gas is afterwards consolidated. By the compression to a high pressure the gas becomes hot. It is condensed in the condensor at high pressure and high temperature. Here in the condenser the heat is delivered. The liquid refrigerant is available then again for the evaporation and cooling. Cyclic process between the temperature of the cold side and the warm side - a temperature stroke develops. The smaller this temperature difference between evaporation and condensing is, the less driving power is necessary. If use can be drawn at the same time from the cold side (chilled water) and the warm side (warm water), a double use develops. With the employment of the energy production the missing energy is taken up by the environment or is transferred to the environment. Buffering over earth sounding apparatuses or reconciliation over cooling back units, RC-HP APG service space cooling with waste heat utilization.