Electrocaloric Refrigeration near Room Temperature

Kehileche Brahim, Chiba Younes, Henini Noureddine, Tlemçani Abdelhalim
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Abstract

in this study, for a room temperature electrocaloric cooling device, a decoupled multiphysics numerical model (electric, heat transfer, and fluid flow) is developed using COMSOL multphysics, as a design tool, user defined function are incorporated into the software (COMSOL) in order to take into account the ECE. Ferroelectric materials is the best solutions for EC cooling. Material with a large ECE room temperature and a broad working temperature range are getting closer to practical application. We numerically calculated the effects of parameter in EC refrigeration.
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近室温电热制冷
在本研究中,针对一种室温电热冷却装置,使用COMSOL multiphysics开发了解耦的多物理场数值模型(电、传热和流体流动),作为设计工具,将用户定义的功能纳入软件(COMSOL)中,以考虑ECE。铁电材料是EC冷却的最佳解决方案。具有较大ECE室温和较宽工作温度范围的材料越来越接近实际应用。对参数对EC制冷的影响进行了数值计算。
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