船用高压电力变压器电磁场对船舶人员安全的影响研究

M. Ivanova, Emil Barudov
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引用次数: 1

摘要

多年来,水运的能源效率问题变得越来越重要。一种特别流行的方法是引入电力推进系统。电动机具有更高的效率,低振动和噪音,精确控制和高功率。由于推进发动机的功率高达130兆瓦,因此有必要引入在高压下工作的系统。现代船舶使用的电压为6.6 $\text{kV}$和11 $\text{kV}$。电力变压器、发电机和其他电气设备产生低频电磁场。由于船舶空间的特点以及与设备之间缺乏足够的距离,需要对所产生的电磁场的大小进行详细研究,并为现役船舶人员引入适当的保护措施。该工作致力于研究船舶电力变压器产生的电磁场,并提出适当的程序和保护措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of the electromagnetic field of marine high-voltage power transformers regarding the safety of the ship personnel
The issue of energy efficiency in water transport has become increasingly important over the years. A particularly popular method is the introduction of electric propulsion systems. Electric motors have much higher efficiency, low vibrations and noise, precise control and high power. Due to the high power of propulsion engines up to $130\text{MW}$, it is necessary to introduce systems operating at high voltage. Modern ships use voltages of 6.6 $\text{kV}$ and 11 $\text{kV}$. Power transformers, generators and other electrical equipment generate low frequency electromagnetic fields. Due to the characteristics of ship spaces and the lack of enough distance from the equipment, a detailed study of the magnitude of the electromagnetic field created and introduction of adequate protections for the serving ship personnel are required. The work is dedicated to the research of the electromagnetic field created by the ship's power transformers and proposing adequate procedures and protection measures.
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