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Simulation studies on performance of solar cooling system in UAE conditions

机译:阿联酋条件太阳能冷却系统性能的仿真研究

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The abundance of solar radiation makes the approach of solar cooling the most sustainable cooling solutions for the Gulf countries like UAE. In this article, the performance of a 10 TR solar absorption cooling system was evaluated by TRNSYS simulation. The system used for simulation studies was developed at SOLAB of CSEM-uae for the purpose of assessing the potential of applying solar cooling systems in this region. Simulation results show that the solar cooling system operates with a COP in the range of 0.60 - 0.80. The simulation results closely match a typical day performance validating the model. The currently installed system can meet its cooling requirement for almost 2/3rd of year without back up heating and/or cooling.
机译:太阳辐射的丰富使得太阳能冷却最可持续的海湾国家的冷却解决方案,如阿联酋。在本文中,通过TRNSYS仿真评估了10 TR太阳能吸收冷却系统的性能。用于仿真研究的系统是在CSEM-UAE的SOLAB中开发的,目的是评估在该地区应用太阳冷却系统的潜力。仿真结果表明,太阳能冷却系统在0.60-0.80的COP中运行。仿真结果与验证模型的典型日能密切匹配。目前安装的系统可以在没有备份加热和/或冷却的情况下满足近2/3的冷却要求。

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