Standard Long-Range Operating Stations in Shelters with Integrated Thermal-Syphon System

F. Schmalzl
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引用次数: 3

Abstract

In the spring of 1978 the trade press carried a story about a small radio relay station in the North African desert titled "The Night Provides Coolness in the Heat of the Desert Sun". The sensational news was that, for the first time ever, electronic communication equipments housed in an insulated, 1, 3 m3 shelter were cooled by a cooling system that uses no energy and operates without pumps and ventilators. In fact, this new radio relay station replaced the conventional system housed in a permanent structure. Replacing the conventional air conditioning system with the new cooling system also made it possible to remove the diesel generator set, which required frequent maintenance. The energy requirement for the radio relay system was reduced to 80 W, which is now supplied by a virtually maintenance-free thermogenerator mounted together with the shelter on a metal frame.
带有综合热虹吸系统的掩体中的标准远程操作站
1978年春天,商业报刊刊登了一篇关于北非沙漠中一个小型广播中继站的报道,标题为“沙漠烈日下的夜晚提供凉爽”。轰动的消息是,有史以来第一次,电子通信设备被安置在一个绝缘的1,3立方米的遮蔽物中,由一个不使用能源的冷却系统冷却,不使用泵和通风机。事实上,这个新的无线电中继站取代了安置在一个永久性结构中的传统系统。用新的冷却系统取代传统的空调系统,也使需要经常维修的柴油发电机组得以拆除。无线电中继系统的能源需求减少到80瓦,现在由一个几乎无需维护的热发电机提供,该热发电机安装在金属框架上,与遮蔽物一起安装。
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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