Challenges in Conducting Risk Assessment and Designing Protection Measures as per IEC 62305 for a Twin Tower of Different Heights

A. Gomes, Chandima Gomes
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引用次数: 1

Abstract

This paper addresses some practical issues at the stages of conducting the risk assessment and designing the external lightning protection system according to the IEC 62305 standards, for a twin-tower building. In a building complex of multiple structures, a significant difference in material and installation cost could be resulted depending on the fact that the complex is considered as a single building or several individual buildings. The standards do not specify a solid criterion for determining whether several adjacent buildings are considered as a single entity or multiple structures. The same issue may give rise to a strategically problematic scenario in designing the air-termination system for tall twin structures with different heights as IEC 62305–3 (2010) standards prescribe air-termination network down to 80% of the height of the building from the rooftop level, for buildings of height more than 60 m. The paper proposes a rational solution for overcoming the undetermined specifications pertinent to these cases.
根据IEC 62305对不同高度的双塔进行风险评估和设计保护措施的挑战
本文介绍了某双塔建筑外部防雷系统按照IEC 62305标准进行风险评估和设计阶段的一些实际问题。在由多个结构组成的建筑群中,材料和安装成本的显著差异可能取决于该建筑群被视为单个建筑物或多个独立建筑物的事实。这些标准并没有明确规定确定几个相邻建筑是被视为一个实体还是多个结构的可靠标准。同样的问题可能会在设计不同高度的高层双体结构的空气终端系统时产生战略问题,因为IEC 62305-3(2010)标准规定,对于高度超过60米的建筑物,空气终端网络从屋顶下降到建筑物高度的80%。本文提出了一种合理的解决方案,以克服与这些情况有关的不确定规格。
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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