Hava kaynaklı ısı pompalı su ısıtma sisteminde enerji verimine etki eden parametrelerin incelenmesi

Nowadays the effects of global warming and natural resources become limited with the majority of industrial applications such as water heating systems, as well as focused on efforts to reduce energy consumption. For this purpose, researchers are working to produce alternative system to the heating system that used to products of energy-efficient water heating systems. In this master thesis, heat pump water heating systems to improve energy efficiency of the air flow and the evaporator temperature of the system parameters are investigated. Thesis consists of four main parts. In the first part the general working principle of heat pump system are mentioned and the survey results of heat pump systems are used to heat the water are shared. The literature search before, most of the studies were found to be related to air source heat pump water heaters. In the first part, The evaporation temperature and airflow of heat pump water heating system can be changed so for different conditions it is described that energy consumption rate can be computed. Experimental conditions used for controlling the experimental setup equipment, technical characteristics are presented in detail. Measurement uncertainty calculations in order to determine the adequacy of the elements are presented in this section. In the third part, Experimental studies and the test matrix to examine the effect of evaporator temperature and airflow in the air source heat pump water heating system on energy performance. In the fourth part data on modeling the energy consumption rate are provided In addition, the measured energy consumption of the evaporator temperature and air flow rate depending on the model results are compared with experimental results generated. In the fifth section presents the results of experimental studies performed.