Substantial growth in refrigeration and air-conditioning industry has made a significant impact on net energy consumption. Condenser pressure is one of the critical parameters in the energy-efficient operation of refrigeration and air-conditioning systems. A novel system is developed to use the condensate, available at the cooling coil, for condenser cooling of a window air-conditioner unit by employing evaporative cooling. Performance testing of the system has shown 13 % savings in energy and up to 18 % enhancement in coefficient of performance. The maximum benefit of the evaporative cooling cycle over the basic cycle was found to be in the region of moderate climatic conditions
The Florida Solar Energy Center (FSEC) conducted a research project to improve the best residential ...
In this manuscript, we tries to prove that the size of air conditioner and power consumption by air ...
This paper investigates the potential of applying an indirect evaporative cooler for heat recovery i...
This study presents an experimental investigation of the Coefficient of Performance (COP) augmentati...
Reduction of energy consumption is a major concern in the vapor compression refrigeration cycle espe...
Nowadays, reduction of energy consumption is a major concern for most hot countries especially In ar...
For areas with very hot and humid weather condition increased latent and sensible load are a major p...
This paper presents an experimental investigation of the application of direct evaporative cooling t...
A unit for evaporative cooling in condenser of domestic air conditioner and its performance testing ...
The improvement of coefficient of performance and reduction of energy consumption of a split air con...
One of the important aspects in thermal design is refrigeration and air conditioning. Working princi...
© 2015 The Chartered Institution of Building Services Engineers. The effective design of an energy e...
This paper investigates and compares the energy saving potential of air-cooled vapor compression air...
In order to reduce the dependence on traditional refrigeration and air conditioning systems using CF...
Air-cooled chillers traditionally operate under head pressure control via staging constant-speed con...
The Florida Solar Energy Center (FSEC) conducted a research project to improve the best residential ...
In this manuscript, we tries to prove that the size of air conditioner and power consumption by air ...
This paper investigates the potential of applying an indirect evaporative cooler for heat recovery i...
This study presents an experimental investigation of the Coefficient of Performance (COP) augmentati...
Reduction of energy consumption is a major concern in the vapor compression refrigeration cycle espe...
Nowadays, reduction of energy consumption is a major concern for most hot countries especially In ar...
For areas with very hot and humid weather condition increased latent and sensible load are a major p...
This paper presents an experimental investigation of the application of direct evaporative cooling t...
A unit for evaporative cooling in condenser of domestic air conditioner and its performance testing ...
The improvement of coefficient of performance and reduction of energy consumption of a split air con...
One of the important aspects in thermal design is refrigeration and air conditioning. Working princi...
© 2015 The Chartered Institution of Building Services Engineers. The effective design of an energy e...
This paper investigates and compares the energy saving potential of air-cooled vapor compression air...
In order to reduce the dependence on traditional refrigeration and air conditioning systems using CF...
Air-cooled chillers traditionally operate under head pressure control via staging constant-speed con...
The Florida Solar Energy Center (FSEC) conducted a research project to improve the best residential ...
In this manuscript, we tries to prove that the size of air conditioner and power consumption by air ...
This paper investigates the potential of applying an indirect evaporative cooler for heat recovery i...