电信总站热环境评价与设计的新工具

M. Herrlin
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引用次数: 8

摘要

电信中心办公室需要一个度量来评估和设计热环境,以确保有效的设备冷却而不过度使用能源。本文提出了这样一个度量:机架冷却指数(RCI)。虽然设备的进气温度提供了环境的图像,但没有解释数据的标准。RCI有能力改变这种状况;该指数是符合(工业)温度规范的度量标准,其中100%意味着设备被理想地冷却。更重要的是,它允许在不同的热环境之间进行标准化和无偏见的比较。最终,需要了解控制热条件的成本。因此,审查了冷却机房的成本指标。通过在设计过程中引入RCI和成本函数,可以表明设计不仅改善了环境,而且节省了能源。RCI目前用于评估各种冷却解决方案以及制定电信标准,以优化机房的热设计。其他应用包括实时监控和设计规范。它有能力支持非技术决策者,因为解释指数不需要深入了解其定义。RCI为95%的设计明显优于RCI为85%的设计
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Tool for Evaluating and Designing the Thermal Environment in Telecom Central Offices
Telecom central offices need a metric for evaluating and designing the thermal environment to ensure effective equipment cooling without excessive energy usage. This paper presents such a metric: the rack cooling index (RCI). Although the equipment intake temperatures provide a picture of the environment, there is no yardstick for interpreting the data. The RCI has the capacity to change this situation; the index is a metric of compliance with (industry) temperature specifications, where 100% means that the equipment is ideally cooled. More importantly, it allows standardized and unbiased comparisons between different thermal environments. Ultimately, the cost of controlling the thermal conditions needs to be understood. Therefore, a cost metric for cooling the equipment room is reviewed. By incorporating the RCI and cost functions in the design process, it can be shown that a design not only improves the environment but also saves energy. The RCI is currently used to evaluate various cooling solutions as well as develop telecom standards for optimal thermal design of equipment rooms. Other applications include real-time monitoring and design specifications. It has the capacity to support non-technical decision makers since interpreting the index does not require an in-depth understanding of its definition. A design with an RCI of 95% is obviously better than one with 85%
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