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Protection against direct lightning strokes by Charge Transfer System

机译:通过电荷转移系统防止直接雷击

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摘要

Implementation of the Charge Transfer System (CTS) offers a wide range of protection against direct lightning strokes; from the enhancement of the strike collection ability to the total prevention of strokes into the protected premise. Design of such a system requires engineering specifics about the site to be protected and the data related to the lightning activity and weather conditions in that particular location. The engineering data for the premise to be protected is usually readily available, but lightning data, statistical and probabilistic by nature, varies from region to region. Some times this data is only partially available, and that creates some complexity for the design process of CTS. The paper discusses the major steps of the engineering approach to the design of CTS.
机译:电荷转移系统(CTS)的实施可提供广泛的保护,以防止直接雷击;从提高罢工收集能力到完全防止中风进入受保护的前提。这种系统的设计需要有关要保护的站点的工程细节,以及与该特定位置的雷电活动和天气状况有关的数据。通常,可以很容易地获得要保护的房屋的工程数据,但是雷电数据(统计和概率性质)随区域的不同而不同。有时,这些数据仅部分可用,这为CTS的设计过程带来了一定的复杂性。本文讨论了CTS设计的工程方法的主要步骤。

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