INVESTIGATION OF RECUPERATOR EFFICIENCY USING IN RESIDENTIAL PREMISES

Abstract

Investigation of ventilation and conditioning systems for residential premises in order to ensure a healthy atmosphere and maintain a comfortable temperature in such premises. Methodology. Analytical investigation of the ventilation systems, recuperation technologies which can be applied in residential premises. Analytical investigation of the ventilation systems, recuperation technologies which can be applied in residential premises. Result. In this paper are considered the microclimatic features of residential premises and public premises. Constructions of air recuperators and air conditioning systems are explored. The possibility of using  recuperator  systems  of  heating  and  cooling  for  the  observance  of  sanitary  norms,  determined  for residential premises, is substantiated. It is noted that in the case of using ventilation and air conditioning systems in residential areas, it is important  to  ensure  the  intensity  of  the  input  and  output  of  air  at  various  temperatures  and  natural conditions. In order to ensure the temperature regime, the observance of the required humidity of air and its speed in residential premises, it is proposed to use a plate recuperator and an appropriate control system.Calculations  were  made  to  compare  the  amount  of  energy  consumed  and  its  cost  for  the  real  consumer during the heating period. Scientific novelty. An analysis of the calculations of tidal units with different types of heaters was conducted, and showed that the most effective way to heat the cold tidal air, to feed it into the room, is the
electric heater in conjunction with the recuperator. Practical significance. The functional scheme, the system of ventilation and air conditioning with the use  of  plate  recuperators  are  developed,  which  is  the  basis  for  creation  of  experimental  complexes  and laboratory installations.