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高热流液冷服务器相变工质的研究及应用进展

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随着数据中心数量与规模的增加,高热流服务器占比逐渐增大,传统的风冷已不能满足散热及节能要求,具有较大汽化潜热和较高传热系数的相变液冷技术应运而生.针对相变液冷系统的研究主要涉及系统性能提升、系统对比以及系统的热管理,而工质是其中实现热量转移的重要载体,对液冷实施效果至关重要.为此,对相变液冷工质的选择原则进行介绍,并根据直接和间接两种不同的接触方式,对目前6类有关相变工质(自然工质、HFCs、HFOs、PFCs、HFEs、混合工质)的研究及应用进展进行了梳理、总结、分析,同时对相变液冷工质的后续研究进行展望.
Research and Application Progress of Phase-Change Working Fluid for High-Heat-Flux Liquid Cooling Servers
The proportion of high-heat-flux servers has gradually increased with the increasing number and scale of data centers.Traditional air cooling cannot handle the heat dissipation and energy saving needs.In this regard,the liquid cooling technology with a large latent heat and high heat transfer coefficient has emerged.Research on liquid cooling systems primarily focuses on system efficiency enhancement,system comparison,and overall thermal management.Among them,the working fluid,as an important medium for heat exchange,is crucial for the liquid system performance.In this paper,selection principles of phase-change working fluid are proposed.The investigations and application progress of six types of phase-change working fluid(natural working medium,HFCs,HFOs,PFCs,HFEs,mixed working medium)are reviewed,summarized,and analyzed according to the contact modes(direct and indirect).The prospects for future research on phase-change liquid cooling fluids are presented.

data centerheat fluxliquid coolingphase-change working fluid

周峰、王芮敏、马国远、晏祥慧

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北京工业大学制冷与低温工程系 北京 100124

数据中心 热流密度 液冷 相变工质

2024

制冷学报
中国制冷学会

制冷学报

CSTPCD北大核心
影响因子:0.672
ISSN:0253-4339
年,卷(期):2024.45(6)