海上电力系统谐波缓解研究24脉冲VSD不一定是答案

R. El-Mahayni, Cory A. Helfrich, Yasser Howiesh
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引用次数: 0

摘要

随着石油和天然气行业海上电气化平台的大规模扩张,由变速驱动器(vsd)驱动的电潜泵(esp)的使用急剧增加。因此,需要详细分析对海上电力系统的影响,包括与大量vsd驱动的esp运行相关的谐波,这可能导致电压和电流波形失真超过可接受的标准限制。当长海底电缆和变压器的存在激发共振时,问题变得更加明显。作者使用电能质量记录仪进行了现场测量,并建立了一个电力系统模型,使用商用建模软件再现了现场结果。为减轻海上电潜泵作业对海上电力系统的影响,研究了相应的补救措施。研究了有源和无源谐波滤波器在满足公司谐波失真标准方面的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Harmonic Mitigation in Offshore Power Systems; 24 Pulse VSD is Not Necessarily the Answer
The use of Electrical Submersible Pumps (ESPs) driven by Variable Speed Drives (VSDs) has dramatically increased due to the vast expansions of electrified offshore platforms in the Oil and Gas industry. Therefore, detailed analysis is required to study the impact on the offshore power system including harmonics associated with the operation of numerous VSD-driven ESPs, which could lead to distortion of voltage and current waveforms beyond acceptable standard limits. The problem becomes more pronounced when resonance is excited with the presence of long submarine cables and transformers. The authors conducted field measurements using power quality recorders and built a power system model to reproduce the field results using commercially available modeling software. Remedial solutions were studied to alleviate the impact of ESP operation on the offshore power system. Active and passive harmonic filters were studied in terms of effectiveness in meeting company standards for harmonic distortion.
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