The arrival of new technologies has increased the energy demand day by day and does not seem to slow down at any time soon. High energy demand is adding risk on energy depletion and cause of various environmental issues. Air conditioner, chiller, and refrigerator occupy a considerable amount of the world’s total energy usage and have also proved to be a massive contributor to various environmental impacts. This technology might sound like a luxury on the surface, but they are in high demand to achieve food security. They can also help lifesaving vaccines to reach even the isolated parts of the world. Even though solar thermal refrigeration is a popular field, this paper solely concentrates on PV integrated refrigeration. In this paper, a renewable integration technology where a solar photovoltaic system is used to supply the electrical energy required to drive an absorption cycle is studied and compared with the commercial AC absorption refrigeration system. The Coefficient of Performance (COP) of the AC and DC system was 0.18 and 0.14. The simple payback of the system is 10.2 years.

中文翻译：

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太阳能光伏综合家用蒸汽吸收式制冷系统的设计与性能

新技术的到来每天都在增加能源需求，而且似乎并不会很快放缓。高能源需求正在增加能源枯竭的风险，并引起各种环境问题。空调，冷却器和冰箱占全球能源总消耗的很大一部分，并且也被证明是造成各种环境影响的重要因素。表面上看这项技术听起来像是一种奢侈，但对实现粮食安全的需求很高。它们还可以帮助拯救生命的疫苗传播到世界各地。尽管太阳能热制冷是一个流行的领域，但本文仅专注于光伏集成制冷。在本文中，研究了一种可再生集成技术，其中使用太阳能光伏系统来提供驱动吸收循环所需的电能，并将其与商用AC吸收式制冷系统进行比较。交流和直流系统的性能系数（COP）为0.18和0.14。该系统的简单投资回收期为10.2年。