Energy analysis of solar-powered absorption cooling system in Mersin
2015
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Danışman: Prof. Dr. Beşir Şahin
Özet (EN)
In this study, solar-powered absorption cooling system located in the province of Mersin was analyzed using hourly atmospheric temperature and solar radiation data. Ammonia-water as refrigerant-absorbent pairs and evacuated tube collector were chosen for the design of solar-powered absorption cooling system. Required solar collector areas were calculated for heat loads of the refrigerated space. According to obtained results, Coefficient of Performance (COP) values were also changed for the 23rd day of chosen months. The maximum COP values were observed in May, while the lowest values were seen in July and August. The maximum solar radiation was observed on 23 June at 01:00 pm. At this time, COP was calculated as 0.786, while solar radiation was 0.878 kW/m2. The optimum collector area required for cooling is determined as 50 m2 for a refrigerated space of 30 m2.
Yazar
Altan Çetingöz
Bu Yayına Nasıl Atıf Yapılır
Altan Çetingöz (Master Thesis). Energy analysis of solar-powered absorption cooling system in Mersin, 2015, Çukurova University.
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