Theoretical Determination of a Thermoelectric Module and Heat Sinks Sizing

A.A.Adeyanju; W.Compton

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Theoretical Determination of a Thermoelectric Module and Heat Sinks Sizing

机译：热电模块和散热器尺寸的理论确定

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摘要

The study shows the theoretical determination of a thermoelectric module and heat sinks sizing and it was discovered that for a cooling time of 2 min and a beverage size of 474 mL (16 oz), 6 TEC modules and hence 12 heat sinks (one for each side of the TEC module) were needed. However, by increasing cooling time to 4 min and decreasing beverage size to 325 mL, 4 TEC modules and hence 8 heat sinks could be used.

机译：研究显示了热电模块和散热器尺寸的理论确定，发现冷却时间为2分钟，饮料尺寸为474 mL（16盎司），有6个TEC模块，因此有12个散热器（每个散热器一个） TEC模块的一面）。但是，通过将冷却时间增加到4分钟并将饮料尺寸减小到325 mL，可以使用4个TEC模块，因此可以使用8个散热器。

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来源
《International journal of electrical and power engineering》 |2010年第2期|P.66-72|共7页
作者
A.A.Adeyanju; W.Compton;
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作者单位

Department of Mechanical and Manufacturing Engineering,University of West Indies, St. Augustine, Trinidad;

rnDepartment of Mechanical and Manufacturing Engineering,University of West Indies, St. Augustine, Trinidad;

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原文格式 PDF
正文语种 eng
中图分类
关键词
thermoelectric; module; heat sinks; sizing; beverage; trindad;

机译：热电模块散热器;浆纱;饮料;特立尼达;

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1. Theoretical Determination of a Thermoelectric Module and Heat Sinks Sizing [J] . A.A. Adeyanju, W. Compton International journal of electrical and power engineering . 2010,第2期

机译：热电模块和散热器尺寸的理论确定
2. Thermal to electrical closed-loop thermoelectric generator with compact heat sink modules [J] . Songkran Wiriyasart, Paisarn Naphon International Journal of Heat and Mass Transfer . 2021,第Jana期

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3. Optimal design of a natural convection heat sink for small thermoelectric cooling modules [J] . Baldry Mark, Timchenko Victoria, Menictas Chris Applied thermal engineering: Design, processes, equipment, economics . 2019,第期

机译：小型热电冷却模块的自然对流散热器的最佳设计
4. Influence of air heat sink geometry on the performance of thermoelectric cooling modules [C] . Wanlie Zheng, Guheng Xu . 1996

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5. Optimized Thermoelectric Module-Heat Sink Assemblies for Precision Temperature Control. [D] . Zhang, Rui. 2011

机译：优化的热电模块-散热器组件，用于精确的温度控制。
6. Effect of Nano-Sized Heat Transfer Enhancers on PCM-Based Heat Sink Performance at Various Heat Loads [O] . Nadezhda S. Bondareva, Mikhail A. Sheremet 2020

机译：纳米级传热增强剂对不同热负荷下基于PCM的散热器性能的影响
7. Theoretical Determination of a Thermoelectric Module and Heat Sinks Sizing [O] . A.A. Adeyanju, W. Compton 2010

机译：热电模块和散热器尺寸的理论测定

Theoretical Determination of a Thermoelectric Module and Heat Sinks Sizing

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