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Improvement of lightning protection system for transmission and distribution lines in high lightning density area

机译:高雷电密度地区输配电线路防雷系统的改进

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Transmission and Distribution lines of an oil company play an important role to supply power to the pumping station at the wide area in central Sumatra. The operational area of this oil company located along the equator line and has a very high lightning density. The failure of the supply power due to lightning strikes caused high loss of daily oil production. Research on lightning detection system improvement was carried out at Sumatera Oil Company. Lightning characteristic data for the evaluation and improvement of the lightning performance of the distribution lines were derived from this Indonesian Lightning Detection Network called Jaringan Deteksi Petir Nasional (Jadpen) using Time of Arrival Technology called TOA system. Jadpen is supported with 5 sensors. The improvement of overhead lines lightning performance was carried out in two ways; one is conventional way, and the other is free standing mast (FSM) with extended mast at the existing high structure known as extended mast terminal (EMT). It is an improvement lightning protection system which is installed at the tower top equipped with air terminal connected to the grounding system using double insulated down conductor cable. This arrangement prevents the ground wire and poles being hit directly by lightning. No line parameters will be "read" by the lightning current and back flashover and shielding failures on the line will be minimized. The use of data derived from lightning detection network is helpfull to determine the suitable location for FSM and EMT installation.
机译:石油公司的输配电线路在向苏门答腊中部广阔地区的泵站供电方面发挥着重要作用。该石油公司的经营区域位于赤道线上,闪电密度很高。雷击造成的电源故障导致每日产油量大量损失。 Sumatera Oil Company进行了雷电检测系统改进的研究。用于评估和改善配电线路雷电性能的雷电特性数据是使用称为TOA系统的到达时间技术从印度尼西亚的雷鸣检测网络Jaringan Deteksi Petir Nasional(Jadpen)获得的。 Jadpen支持5个传感器。架空线防雷性能的改善有两种方法:一种是常规方式,另一种是在现有的称为“扩展桅杆端子”(EMT)的高层结构中具有扩展桅杆的独立式桅杆(FSM)。这是一种改进的防雷系统,该系统安装在塔顶,带有通过双绝缘引下线电缆连接到接地系统的空气端子。这种布置可防止地线和电线杆直接被雷击。雷电电流和反向闪络不会“读取”线路参数,并且线路上的屏蔽故障将降至最低。使用来自雷电检测网络的数据有助于确定FSM和EMT安装的合适位置。

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