The objective of this study is to evaluate the performance of variable and fixed speed chillers in their current production environment using operational data sets from multiple chillers. The study seeks to determine the actual contribution to efficiency and conditions for efficiency of both variable and fixed speed chillers. The analysis also develops performance prediction models for both types of chillers under various operating conditions and in doing so demonstrates that variable speed chillers have significantly outperformed initial energy savings estimates. Lastly, the results demonstrate that chiller performance and potential energy savings are relatively predictable under most operating conditions, helping to verify operators’ c...
AbstractThis paper investigates how to improve the energy performance of central air-conditioning sy...
A chilled water circuit design that can facilitate expeditious in situ chiller performance measureme...
Chillers consume more than 40 of the total energy used in the commercial and industrial buildings fo...
This paper presents an evaluation of six empirically-based models for predicting water chiller energ...
Chiller water plant systems have been found to operate at a lower efficiency during part load condit...
This study demonstrates how to compare the energy performance of an existing air-cooled chiller with...
As well known, A chiller is a refrigeration system that cools a process fluid typically water, which...
Air-cooled centrifugal chillers are commonly used in commercial buildings but their performance anal...
AbstractThe objective of this study is to present the energy-saving approach on performance evaluati...
This paper presents two case studies in which thermodynamic modeling was used to predict improved ch...
The emergence of increasingly affordable variable-speed drive technology has changed the approach us...
The cooling coefficient of performance (COPR) and energy efficiency ratio (EER) of refrigerant R-134...
This paper considers how to apply optimum condensing temperature control and variable chilled water ...
The energy crisis and mandatory energy conservation standards together with the advancement in compu...
AbstractThis paper investigates how to improve the energy performance of central air-conditioning sy...
AbstractThis paper investigates how to improve the energy performance of central air-conditioning sy...
A chilled water circuit design that can facilitate expeditious in situ chiller performance measureme...
Chillers consume more than 40 of the total energy used in the commercial and industrial buildings fo...
This paper presents an evaluation of six empirically-based models for predicting water chiller energ...
Chiller water plant systems have been found to operate at a lower efficiency during part load condit...
This study demonstrates how to compare the energy performance of an existing air-cooled chiller with...
As well known, A chiller is a refrigeration system that cools a process fluid typically water, which...
Air-cooled centrifugal chillers are commonly used in commercial buildings but their performance anal...
AbstractThe objective of this study is to present the energy-saving approach on performance evaluati...
This paper presents two case studies in which thermodynamic modeling was used to predict improved ch...
The emergence of increasingly affordable variable-speed drive technology has changed the approach us...
The cooling coefficient of performance (COPR) and energy efficiency ratio (EER) of refrigerant R-134...
This paper considers how to apply optimum condensing temperature control and variable chilled water ...
The energy crisis and mandatory energy conservation standards together with the advancement in compu...
AbstractThis paper investigates how to improve the energy performance of central air-conditioning sy...
AbstractThis paper investigates how to improve the energy performance of central air-conditioning sy...
A chilled water circuit design that can facilitate expeditious in situ chiller performance measureme...
Chillers consume more than 40 of the total energy used in the commercial and industrial buildings fo...