A theoretical study has been conducted of the combination of compression and absorpstion to produce cycles which have the potential to operate over a wide range of temperatures. An initial analysis of the 19 possible heat pump cycles with upto three pressure an three temperatures showed that there were three cycles which could be attractive. These were then studied in greater detail to identify the operating conditions which would give optimum performance. The compresssion-absorption cycles showed higher COPs and smaller compressor sizes than the conventional single fluid compression heat pump for most of the conditions considered and in several case studies the were superior to the conventional systems. The study currently concentrates on ...
The increase in production and modernization of existing heat pumps are global trends in the develop...
Aimed at the problem that the conventional absorption heat pumps and compression heat pumps cannot t...
In this study, simulation and experiment studies of a 10 kW solar H2O–LiBr absorption heat transform...
A theoretical study has been conducted of the combination of compression and absorpstion to produce ...
From the results presented in this thesis it is clear that the compression/absorption heat pump cycl...
From the results presented in this thesis it is clear that the compression/absorption heat pump cycl...
Performance improvement of an industrial single-stage compression/absorption heat pump (CAHP) using ...
This paper describes the recent work worldwide on compression-absorption heat pumps, sometimes calle...
This paper describes the recent work worldwide on compression-absorption heat pumps, sometimes calle...
Utilization of high-temperature energy in industrial production processes is often exhausted by huge...
The compression/absorption cycle can, in many situations,give an improved performance compared to th...
The compression/absorption cycle can, in many situations, give an improved performance compared to t...
Performance improvement of an industrial single-stage compression/absorption heat pump (CAHP) using ...
Large amounts of low grade waste heat from industrial processes are not utilized, due to lack of hea...
Mechanical compression heat pumping is not new in industrial applications. In fact, industry histo...
The increase in production and modernization of existing heat pumps are global trends in the develop...
Aimed at the problem that the conventional absorption heat pumps and compression heat pumps cannot t...
In this study, simulation and experiment studies of a 10 kW solar H2O–LiBr absorption heat transform...
A theoretical study has been conducted of the combination of compression and absorpstion to produce ...
From the results presented in this thesis it is clear that the compression/absorption heat pump cycl...
From the results presented in this thesis it is clear that the compression/absorption heat pump cycl...
Performance improvement of an industrial single-stage compression/absorption heat pump (CAHP) using ...
This paper describes the recent work worldwide on compression-absorption heat pumps, sometimes calle...
This paper describes the recent work worldwide on compression-absorption heat pumps, sometimes calle...
Utilization of high-temperature energy in industrial production processes is often exhausted by huge...
The compression/absorption cycle can, in many situations,give an improved performance compared to th...
The compression/absorption cycle can, in many situations, give an improved performance compared to t...
Performance improvement of an industrial single-stage compression/absorption heat pump (CAHP) using ...
Large amounts of low grade waste heat from industrial processes are not utilized, due to lack of hea...
Mechanical compression heat pumping is not new in industrial applications. In fact, industry histo...
The increase in production and modernization of existing heat pumps are global trends in the develop...
Aimed at the problem that the conventional absorption heat pumps and compression heat pumps cannot t...
In this study, simulation and experiment studies of a 10 kW solar H2O–LiBr absorption heat transform...