Survivability of reliable telecommunications equipment enclosures through natural disasters

12th International Conference on Telecommunications Energy Pub Date : 1990-10-21 DOI:10.1109/INTLEC.1990.171309

A. Ghiraldi, E. Zucchetti

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引用次数: 2

Abstract

The application of passive conditioning technology for the control of internal temperature and relative humidity of shelters or containers housing sensitive telecommunication equipment makes it possible to maintain internal temperatures and humidity control within pre-defined limits without the use of air conditioners or motor generators and without the use of any kind of power supply, resulting in maximum reliability. The technology is utilized, among other applications, on shelters which can be manufactured to anti-seismic standards, and installed in any location either above or below ground. The below-ground version is especially resistant to natural disasters affording maximum protection of telecommunication equipment without any kind of pollution, and is virtually maintenance free. A power dissipation handling capacity of up to 30 kW can be made with the passive conditioning system (PCS). Working principles and typical field behavior of PCS are described. PCS design philosophy, construction of a below-ground vault, and life-cycle cost estimation are outlined.<>

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可靠的电信设备外壳在自然灾害中的生存能力

应用被动调节技术控制敏感电信设备的庇护所或集装箱的内部温度和相对湿度，可以在不使用空调或电机发电机，不使用任何类型的电源的情况下，将内部温度和湿度控制在预定的范围内，从而实现最大的可靠性。在其他应用中，该技术被用于可以按照抗震标准制造的庇护所，并安装在地上或地下的任何位置。地下版本特别能抵御自然灾害，为电信设备提供最大程度的保护，而不会产生任何污染，而且几乎无需维护。PCS (passive conditioning system)可提供30kw的功耗处理能力。介绍了PCS的工作原理和典型现场行为。概述了PCS的设计理念、地下拱顶的建设和生命周期成本估算。

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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12th International Conference on Telecommunications Energy

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