solar cooling system

solar cooling system

A system which converts solar energy into other forms of energy, then uses it for cooling.
McGraw-Hill Dictionary of Architecture and Construction. Copyright © 2003 by McGraw-Hill Companies, Inc.
References in periodicals archive ?
Wrobel, "Modelling, simulation and warming impact assessment of a domestic-size absorption solar cooling system," Applied Thermal Engineering, vol.
It was also found that the initial cost of a solar cooling system is a function of both its design capacity and the total daily cooling load to be delivered.
A study of the solar cooling system in Thailand showed that the cost of the absorption chiller and solar collector represented most of the initial investment [15].
Leite and Daguenet [22] studied the performance of an adsorption solar cooling system using the activated carbon-methanol pair and its numerical simulation.
Based on the monitored energy consumption data after the completion of this project, the solar cooling system has reduced facility electrical demand by more than 28 kW on average, and now saves 64,846 kWh/year or $14,266/year in electrical energy cost.
It is economically advantageous to limit the size of a solar cooling system by coupling it with an efficient refrigeration system.
Dr White predicts that the solar cooling system is likely to be the best for refrigeration, but more expensive, whereas the biomass-gasifier system is likely to be the most cost effective, but may not achieve the best refrigeration outcome.
The project between CSIRO and the Energy and Resources Institute aims to develop a zero emissions solar cooling system for use in remote rural communities in un-electrified areas.
Desiccant Solar Cooling System. Desiccant solar systems reduce the moisture of the ambient air by utilizing thermal energy from the solar collector to regenerate desiccants.
By comparing the best configuration of the one-stage and two-stage ventilation modes, the two-stage ventilation solar cooling system was selected as the best configuration among the four configurations because of its higher COP, as well as lower room temperature and humidity ratio.
SSFM International's Honolulu office building installed a solar cooling system as part of a plan to achieve LEED certification.
Another energy saving project underway at the Energy Transformed Flagship is an efficient solar cooling system that matches the peak demand for air-conditioning with the coinciding available peak solar energy, to keep Australia cool.