Zahra Mohammadi - PhD student of Mechanical Engineering, University of Tehran, Tehran;
Pouria Ahmadi - Assistant Professor of Mechanical Engineering, University of Tehran, Tehran;
Mehdi Ashjaee - Professor of Mechanical Engineering, University of Tehran, Tehran;

Depending on how the individual system components are interconnected and the control method used, solar-based cooling systems can take on a variety of configurations. In this research, an absorption cooling system integrated with a solar collector is investigated for four cities of Iran. The solar radiation information using the Meteonorm software is presented for these cities. Also, system simulation is performed in TRNSYS software. It is worthy to note that an auxiliary Heater considered in this system is used when there is insufficient solar energy. The obtained results show that to provide ۵۰ kW cooling during the summer season in Zahedan, about ۱.۴۷۷ ۱۰۱۲ kJ.h-۱ heat energy is needed, also for Tehran, Tabriz, and Mashhad, this value is about ۱.۴۶۱ ۱۰۱۲ kJ.h-۱, ۱.۴۲۷ ۱۰۱۲ kJ.h-۱, and ۱.۴۵۵ ۱۰۱۲ kJ.h-۱, respectively. Which ۳۴.۸۵%, ۳۴.۱۴%, ۳۱%, and ۳۳.۴۹% mentioned heat rate for each city is provided by solar energy during the summer months, whereas the auxiliary heater earns the rest.

absorption cooling system, auxiliary Heater, solar energy, TRNSYS