Conditions for Energy Efficient Heat Supply Based on the Transformed Heat of Soil and Air Flows

Based on the analysis of thermohydraulic processes and structural functional structure proposed system heat cold supply buildings, a multifactorial dependence actual conversion coefficient was established to assess efficiency transformation taken from soil massif ventilation air. It allows modeling individual influence initial parameters operational modes in search for rational conditions highly efficient use energy flows cooling buildings during corresponding periods year. The results qualitative assessment interrelation substantiated possibility operation analyzed system, which is provided under design heating period when ratio circulating flow rate through evaporator condenser pump higher than 1.8, sports, recreation, shopping entertainment complexes. improved arrangement based binary low-temperature source increases vapor compression flows, indirectly confirming advisability maximizing potential air year with accumulation excess mass, and, consequently, reducing depth expensive wells or number probe exchangers.