电力干扰——对管道的新威胁

Venkateshwar reddy Gangula, Kamlesh Bera
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摘要

本文介绍了东西输气管道交流干扰的相关问题,以及为减少和消除交流干扰所采取的缓解措施。在海得拉巴地区,由于交流超高压输电线路在管道附近穿越EWPL、三相变压器和单线回地(SWER)单相变压器,观察到交流干扰。夜间在管道上观察到交流PSP电压高达80伏,为此采取了各种缓解措施,将其降至可接受的范围内。同样,由于MLV站附近有多个结构,管道长度长,有多个导电结构,包括RTD,模电隔离器,动力气体脉冲管及相关动力气体和控制设备,因此可能会在管道沿线的站设施中产生高压浪涌。这种系统的浪涌行程可能导致设备故障。在管道系统上采取了各种主动措施来缓解这种情况,并取得了成功。本文说明了由于交流干扰/浪涌造成的腐蚀和浪涌冲击的风险程度,并提供了以最简单和最经济的方式最大限度地降低这些风险的各种方法。它还强调了管道运营商和国家电力委员会之间合作和业务协调的必要性,以最有效的方式相互解决这些问题。
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Electrical Interference-Emerging Threat to Pipeline
This paper covers the problem related to AC interferences on East West Gas Pipeline (EWPL) and the mitigation measures taken for reducing / eliminating the same. AC interference was observed in Hyderabad region due to AC EHV Transmission lines crossing EWPL, three phase transformers and Single wire earth return (SWER) single phase transformers in the vicinity of pipeline. AC PSP voltage up to 80 Volts were observed on pipeline during night hours for which various mitigation measures were taken to bring down in acceptable range. Similarly, there is possibility of high voltage surge at station facilities along the pipeline route due to vicinity of multiple structures, long pipeline length and having multiple conducting structures at MLV stations comprising of RTD’s, die-electric isolators, impulse Tubing for power gas and associated power gas and control equipment. Surge travel to such system can result in equipment failures. Various pro-active measures to mitigate such instances were adopted on pipeline system and are implemented successfully. This paper illustrates the extent of the risk of corrosion, surge impact due to AC interference / surge and gives insight to various methods deployed for minimizing these risks in simple and most economical way. It also highlights the need for collaboration and operational coordination between the pipeline operators and state electricity boards to resolve such issues mutually & in most effective manner.
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