CFD thermal analysis for CO of TI lab

Han Dong, H. Qian, Hong Yu-ping, Kong Xiaoming, Luo Zhaoxia, Tan Wenfei, Hu Wenxiong, G. Rossi, A. Arena, V. Bernardini, P. Salamandra, D. Suino
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Abstract

With the growing power dissipation of information and telecommunication equipments, more concerns should be put on the cooling issues due to the reliability and OPEX requirements. This paper describes a fast optimizing cooling solution for the existing CO/ DC. As an important analysis approach, CFD simulation aims to improve the heat dissipation condition and the energy saving. With the application of CFD, lots of benefits from the fast optimization analysis can be obtained. In the paper, the local hot spots are firstly found out and solutions for these hot spots are proposed to keep the equipment operating in a proper environment and to guarantee the operation reliability. Then the layout of CO/DC is optimized to enhance the efficiency of the cooling system. Following the CFD analysis, several optimized solutions are presented. With the comparison of the results of different solutions in the experiment, the best one can be identified to be applied in a similar practical situation.
TI实验室CO的CFD热分析
随着信息通信设备功耗的不断增加,由于可靠性和OPEX的要求,冷却问题越来越受到关注。本文介绍了一种针对现有CO/ DC的快速优化冷却方案。CFD模拟作为一种重要的分析手段,其目的是改善散热状况,实现节能减排。通过CFD的应用,可以从快速优化分析中获得很多好处。本文首先找出了局部热点,并针对这些热点提出了解决方案,以保证设备在适当的环境下运行,保证运行的可靠性。然后对CO/DC的布局进行优化,以提高冷却系统的效率。在CFD分析的基础上,提出了几种优化方案。通过对实验中不同解决方案的结果进行比较,找出最佳解决方案,应用于类似的实际情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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