Thermodynamic analysis of absorption systems for heat transfer

Application efficiency of absorption heat pumps (AHP) for heat transfer from NPPs to the users in the central heating systems is considered. It is shown that the traditional way of heat transfer is more efficient from the thermodynamics viewpoint, than AHP application under the absence of low-patential secondary power resources (SPR) as far as all absorption pairs considered go, and in organic ones it is more efficient even under complete SPR application. AHP in inorganic pairs is efficien only if the SPR are present, and the limiting radius of thermodynamic efficiency makes up 900-1650 km for different pairs