termodinamica unit for centralized hot water production in buildings

摘要

1.Unidad thermodynamics for producing centralized hot water in buildings, characterized constituted from a set of conditions starting from a compressor which sends a liquid refrigerant at high pressure and temperature to exchangers located in various reservoirs communicated between yes, placing most of the heat energy transported in the first tank of the battery, through the second, where the loss or total evaporation energy is effected. The gas now passes into a boiler which is used to control the required amount of liquid to pass to a recuperator in order to increase the evaporation temperature, starting this process in an expansion valve where it arrives from the recuperator previously filtered for further dehydration. And the expansion valve is the steam low pressure liquid to expansion battery then acting a turbine refers air, which upon contact with the gas it turns into steam, dragging energy and obtaining total evaporation, leaving through a pressostatic valve control at very low pressure, achieving that all the heat energy of the air is entrained into the compressor, achieving the desired to start a new cycle effect. 2.Unit thermodynamics for producing centralized hot water in buildings, according to claim, further characterized in that additionally and cases of excessive cold provoke icing in the recuperator and expansion battery, it has a solenoid valve previously located at the entrance or return to the compressor, which forces the hot gas to again pass to the battery deposit before passing to compressor totally undoing the ice formed in the recuperator and battery running this cycle as absolutely automatically. 3.Unidad thermodynamics for centralized production of hot water in buildings.