Enhancement of Performance of a Refrigerated Locker by the Addition of Phase Change Material

机译：通过添加相变材料提高冷藏储物柜的性能

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This paper studies the effect of adding phase change material (PCM) slabs on the outside face ofa refrigerated locker evaporator. A three-dimensional (3D) model was developed in ANSYSFLUENT to investigate the performance of refrigerated locker. The holding time and thetemperature distribution of refrigerated locker with PCM slabs were investigated. The resultsindicate that the energy stored in the PCM is released to the storage compartment during the off -cycle and facilitates continuous operation for several hours without power supply. The holding timeof the refrigerated locker with PCM slabs increased by 586.79% as compared to that of therefrigerated locker without PCM slabs when no power was provided. The addition of PCM slabs ledto a noticeable reduction in the temperature gradient within the refrigerated locker, ensuring betterconservation conditions.

机译：本文研究了添加相变材料（PCM）板在外面的效果冷藏储物柜蒸发器。在ANSYS中开发了一种三维（3D）模型探讨冷藏储物柜的性能。持有时间和研究了具有PCM板坯的冷藏储物柜的温度分布。结果表明存储在PCM中的能量在截止期间释放到储藏室 - 循环并便于连续操作几小时，无电源。持有时间与PCM板坯的冷藏储物柜相比，与PCM板相比增加了586.79％当没有电源时，没有PCM板坯的冷藏储物柜。添加PCM板坯LED 在冷藏储物柜内的温度梯度下明显减少，确保更好保护条件。

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《IIR Conference on Sustainability and the Cold Chain;Institut International Du Froid;International Institute of Refrigeration》||353-359|共7页
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Xiao Yan LI; Shu Qing YAN; Bo Wei FAN; Yu YAO; Jie CHEN; Yi Fan ZHAO;
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Enhancement of Performance of a Refrigerated Locker by the Addition of Phase Change Material

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