Add to ORKGIn this study, an energy and exergy analysis is applied to a ceiling-type air conditioning (CTAC) system operating with various refrigerants. Firstly, the hourly cooling load capacities of a sample building are determined for the months of April, May, June, July, August and September. The cooling load capacity is determined using the hourly analysis program (HAP). Secondly, the coefficient of performance (COP), exergy efficiency and exergy destruction values of the whole system, and each of its components, are determined. Results indicate that the exergy destruction in the compressor, condenser and capillary tube decreases, when refrigerant R600a is used in the CTAC system instead of refrigerant R404A, but the value of exergy destruction in...
The paper examines two methods of choosing the initial reference point for exergy of the moist air f...
HVAC installations are essential to the operating room to maintain the safety of environmental condi...
The space conditioning sector is one of the highest exergy consumers and least efficient from the po...
In this study an energy and exergy analysis of a Ceiling-type residential air conditioning (CTRAC) s...
Air-conditioning systems in subway stations consume a large amount of energy. In this study, convent...
Air-conditioning systems in subway stations consume a large amount of energy. In this study, convent...
To reduce energy consumption in the buildings and minimize negative environmental impacts, it is nec...
Exergy analysis is a useful thermodynamic technique for assessing and improving the efficiency of pr...
This work presents an experimental investigation on energy and exergy performance characteristics of...
During the past few decades, there has been increased interest in the development of automated appro...
During the past few decades, there has been increased interest in the development of automated appro...
This thesis consists of two research problems in the air conditioning (A/C) area. For the first prob...
This thesis consists of two research problems in the air conditioning (A/C) area. For the first prob...
The rise in crisis of power enthralls the world economically and the options for conventional and no...
In this thesis, the energy, exergy and heat transfer performance of a split type air-conditioning u...
The paper examines two methods of choosing the initial reference point for exergy of the moist air f...
HVAC installations are essential to the operating room to maintain the safety of environmental condi...
The space conditioning sector is one of the highest exergy consumers and least efficient from the po...
In this study an energy and exergy analysis of a Ceiling-type residential air conditioning (CTRAC) s...
Air-conditioning systems in subway stations consume a large amount of energy. In this study, convent...
Air-conditioning systems in subway stations consume a large amount of energy. In this study, convent...
To reduce energy consumption in the buildings and minimize negative environmental impacts, it is nec...
Exergy analysis is a useful thermodynamic technique for assessing and improving the efficiency of pr...
This work presents an experimental investigation on energy and exergy performance characteristics of...
During the past few decades, there has been increased interest in the development of automated appro...
During the past few decades, there has been increased interest in the development of automated appro...
This thesis consists of two research problems in the air conditioning (A/C) area. For the first prob...
This thesis consists of two research problems in the air conditioning (A/C) area. For the first prob...
The rise in crisis of power enthralls the world economically and the options for conventional and no...
In this thesis, the energy, exergy and heat transfer performance of a split type air-conditioning u...
The paper examines two methods of choosing the initial reference point for exergy of the moist air f...
HVAC installations are essential to the operating room to maintain the safety of environmental condi...
The space conditioning sector is one of the highest exergy consumers and least efficient from the po...