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首页> 外文期刊>Renewable energy >Development of an automatic solar-powered domestic water cooling system with multi-stage Peltier devices
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Development of an automatic solar-powered domestic water cooling system with multi-stage Peltier devices

机译：带有多级Peltier装置的太阳能自动家用水冷却系统的开发

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摘要

One of the major problem that comes with summer season in the arid countries is rise in the temperature of water for both domestic and commercial building usage. At a persistent high temperature up to 55 degrees C for almost half of the year, people have to face challenging and sometimes unbearable hot water for drinking, bathing, and other general use. Cooling this water using conventional cyclic refrigeration is usually met with huge energy consumption that leads to upsurge in electricity tariff, and indirect rise in environmental pollution associated with all processes involved. By leveraging on the abundant solar energy during this period with a cooling technique based on thermoelectric device approach, an effective solution approach is proposed in this study. The proposed method is based on the philosophy of, "cooling the water by the heat of the sun", annexes the environmental friendly solar energy source and cooling technique to provide comfortable water. Design and implementation strategy towards practical deployment of the proposed solution is presented. The real-time results and analysis with a developed laboratory scale prototype show the effectiveness of the system in providing solution to this perennial water problem, and in addition serves as platform for further study. (C) 2018 Elsevier Ltd. All rights reserved.
机译：干旱国家的夏季来临的主要问题之一是家庭和商业建筑使用的水温升高。在将近一半的时间里，温度持续高达55摄氏度，人们不得不面对具有挑战性的，有时甚至是难以忍受的热水，才能饮用，沐浴和其他一般用途。使用常规循环制冷来冷却这种水通常会消耗大量能源，从而导致电价飙升，并间接增加与所涉及的所有过程相关的环境污染。通过利用基于热电装置方法的冷却技术在这段时期内利用充足的太阳能，提出了一种有效的解决方案。所提出的方法基于“通过太阳的热量冷却水”的理念，并附有环保的太阳能源和冷却技术以提供舒适的水。提出了针对所建议解决方案的实际部署的设计和实施策略。利用已开发的实验室规模的原型进行的实时结果和分析显示了该系统在解决该多年生水问题方面的有效性，此外还可以作为进一步研究的平台。 （C）2018 Elsevier Ltd.保留所有权利。

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