替代冷却技术

Kutub Uddin, T. Miyazaki, B. Saha, S. Koyama
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引用次数: 1

摘要

为了给人类提供热舒适,市场上有许多类型的冷却技术。这些技术在平均环境温度较高的地区更为重要。但每一种系统都有一定的局限性,特别是在环境和能耗方面。公开文献显示,现有的商业冷却技术几乎消耗了家庭用电量的45%。为了保持系统的运行,需要燃烧大量的化石燃料,因此,进入空气中的温室气体量增加了。本研究介绍了一种新技术,它是传统蒸汽压缩系统的可行替代方案,被称为吸附冷却系统。该系统使用天然制冷剂,由低温废热或太阳能驱动,对环境友好,因此可以解决现有的全球变暖和能源危机挑战。
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Alternative technology for cooling
To provide thermal comfort to the human being many types of cooling technologies are available in the market. These technologies are more essential in the region where the average ambient temperature is high. But every system has some limitations especially for environmental aspect and energy consumption. Open literature shows the available commercial cooling technology used almost 45% of electricity consumed in a house. To keep the system running a lot of fossil fuels need to be burned as a result the volume of greenhouse gases into the air increases. This study introduces a new technology which is emerging as viable alternatives of conventional vapor-compression systems and is known as adsorption cooling system. This system is environment friendly since it uses natural refrigerants and it is driven by low temperature waste heat or solar energy that is why it can solve the existing challenge of global warming and energy crisis.
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