高热负荷交换的数字设备机械通风

S. Sjoeholm, J.-U. Bussenius
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引用次数: 1

摘要

作者展示了哥本哈根电话公司(KTAS)如何只用过滤空气解决装有数字设备的房间的高热负荷问题。本文描述了这些综合通风系统四年的运行经验,并对其经济性进行了考虑,特别强调了运行成本。52个系统在服务中,热负荷高达350 W/m2。在不久的将来,负荷将上升到500w /m2。考虑到有计划的改进,将实现更大的房间热负荷。作者以示意图的形式展示了KTAS用于预测热负荷的设置,即交换的大小与以W/m2为单位的热负荷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mechanical ventilation of digital equipment in exchange with high heatload
The authors show how Copenhagen Telephone Company (KTAS) solves the problems of high heat load in rooms with digital equipment, using nothing but filtered air. Experience with four years of operation of these integrated ventilation systems is described and their economics are considered, with particular emphasis on the running costs. Fifty-two systems are in service with heat loads of up to 350 W/m2. In the near future, load will rise to 500 W/m2. Consideration is given to planned improvements that will achieve even greater heat loads for the rooms. The authors show, in schematic form, the set-up used by KTAS to predict heat loads, i.e. the size of exchanges versus the heat load in W/m2.<>
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