利用珀尔帖热电模块设计和制造迷你冰箱

George Aleje Okorie, Nunaya David Faci, P. U. Okorie
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引用次数: 0

摘要

本研究设计并制作了一个微型珀尔帖热电冰箱。珀尔帖热电池连接在外部散热器和内部散热器之间,其作用是从制冷箱的内部空间带走热量,并将热量传导到环境中。为确保本研究的成功,需要满足系统的便携性、尺寸和成本等几个标准。该系统的设计基于热电模块原理(即珀尔帖效应),以产生热侧和冷侧。热电制冷的工作原理是见贝克效应,在两个不同的金属组合之间施加电压,由于见贝克效应,会产生冷却和加热现象,可用于不同的用途。热电模块的冷端用于制冷,为疫苗室提供冷却。另一方面,借助散热器和风扇组件,将模块热侧的热量排出到周围环境中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Fabrication of a Mini Refrigerator Using a Peltier Thermoelectric Module
A mini thermoelectric Peltier Refrigerator was designed and built in this study. The Peltier thermoelectric cell was attached in between an external heat sink and internal radiator that acted to remove heat from the internal space of refrigeration box to be conducted and removed to the ambient. To ensure the success of this study several criterions are to be satisfied such as portability, size and cost of the system. The design of the system is based on the principles of thermoelectric module (i.e. Peltier effect) to create a hot side and a cold side. Thermoelectric refrigeration work on the principle of see beck effect in which the voltage is applied between two different combinations of metal and due to effect of see beck the cooling and heating phenomena happens which can be used accordingly for different purposes. The cold side of the thermoelectric module is used for refrigeration purposes; provide cooling to the vaccine chamber. On the other hand, the heat from the hot side of the module is rejected to the surroundings with the help of a heat sink and fan assembly.
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