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Performance Analysis of Solar Absorption Cooling Systems in Iraq
2020
Journal:  
International Journal of Renewable Energy Research
Author:  
Abstract:

The feasibleness of using an absorption solar cycle in Najaf, Iraq is evaluated in this study. In the system proposed, a 105,6kW Single Effect Absorption Chiller (SEAC) is powered by Evacuated Tube Collectors (ETC). TRNSYS (version 18) simulation is performed to select the various system parameters and optimize them to increase solar system efficiency, and this simulation develops a solar cooling model that simulates reality and is used effectively for cooling service buildings. The optimized solar air-conditioner for a building consists of a 35 m2 collector area and number collector in series eight tilted at 32o for Najaf, Iraq, from the horizontal and 1.5 m3 HWST. It has been found that in effect, the solar absorption cycle reduces the annual electricity consumption where the solar fraction is high by 79% at Tehran and 77% at Najaf, Iraq. Also Utilizing solar energy can provide further benefits to the governments in the form of CO2 reduction, as the thermal energy generated by solar evacuated tube can reduce the energy used when the greatest percentage of CO2 reduction moreover 70.33 tons of CO2 for Tehran and 68.88 tons of CO2 in work period in each year. <

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International Journal of Renewable Energy Research

Field :   Eğitim Bilimleri; Fen Bilimleri ve Matematik; Sağlık Bilimleri; Sosyal, Beşeri ve İdari Bilimler

Journal Type :   Uluslararası

Metrics
Article : 1.313
Cite : 751
2023 Impact : 0.099
Quarter
Basic Field of Health Sciences
Q2
72/222
Basic Field of Social, Humanities and Administrative Sciences
Q3
372/520
Basic Field of Science and Mathematics
Q3
75/135
Basic Field of Educational Sciences
Q3
180/239
Details
International Journal of Renewable Energy Research