The field data from an integrated CO2 refrigeration system installed in a supermarket located north of the capital of Lisbon was analyzed. The goal was to demonstrate the effect and performance of multi-ejectors on a refrigeration system operating in a warm climate. The measurement results for the system with and without activating ejectors were compared. It was observed that the system with a multi-ejector operation had considerable performance superiority. The ejectors improved the cooling capacity of the medium temperature stage of the system by 17.4%. The system with active ejectors had 7.5% less total power consumption compared to the ejector off mode of the same system
An increasing number of supermarket chains are opting for the utilisation of centralised carbon diox...
This paper investigates the integrated and state-of-the art features of CO2 trans-critical booster s...
The multi-ejector rack is the most promising technology to push the so-called \u201cCO2 equator\u201...
A performance analysis on of fixed ejectors installed in a multi-ejector module in a CO2 refrigerati...
In this paper, a CO2 supermarket refrigeration system using multi-ejector and dedicated mechanical s...
Evolution in modifications for CO2 system configuration came across from the last two decades has pr...
In Europe CO2 transcritical booster systems have become a trusted solution in the field of commercia...
The continuous derivation of the ambient temperature and cooling demand in CO2 refrigeration and air...
An integrated energy system that consists of a centralized refrigeration unit can deliver the entire...
This paper analytically investigates and compares the performance of a proposed ‘all-natural’ NH3/CO...
This study examines the potential impact of the different ejector profiles on the CO2 transcritical ...
Present supermarket refrigeration systems, with carbon dioxide as a refrigerant, indicate high-effic...
The strong demand for phasing out refrigerants with high GWP has pushed the research towards the stu...
The adoption of the EU F-Gas Regulation 517/2014 and the resulting development of the multi-ejector ...
This paper investigates energy efficiency of an integrated CO2 trans-critical booster system install...
An increasing number of supermarket chains are opting for the utilisation of centralised carbon diox...
This paper investigates the integrated and state-of-the art features of CO2 trans-critical booster s...
The multi-ejector rack is the most promising technology to push the so-called \u201cCO2 equator\u201...
A performance analysis on of fixed ejectors installed in a multi-ejector module in a CO2 refrigerati...
In this paper, a CO2 supermarket refrigeration system using multi-ejector and dedicated mechanical s...
Evolution in modifications for CO2 system configuration came across from the last two decades has pr...
In Europe CO2 transcritical booster systems have become a trusted solution in the field of commercia...
The continuous derivation of the ambient temperature and cooling demand in CO2 refrigeration and air...
An integrated energy system that consists of a centralized refrigeration unit can deliver the entire...
This paper analytically investigates and compares the performance of a proposed ‘all-natural’ NH3/CO...
This study examines the potential impact of the different ejector profiles on the CO2 transcritical ...
Present supermarket refrigeration systems, with carbon dioxide as a refrigerant, indicate high-effic...
The strong demand for phasing out refrigerants with high GWP has pushed the research towards the stu...
The adoption of the EU F-Gas Regulation 517/2014 and the resulting development of the multi-ejector ...
This paper investigates energy efficiency of an integrated CO2 trans-critical booster system install...
An increasing number of supermarket chains are opting for the utilisation of centralised carbon diox...
This paper investigates the integrated and state-of-the art features of CO2 trans-critical booster s...
The multi-ejector rack is the most promising technology to push the so-called \u201cCO2 equator\u201...