冷熨动力系统设计及电气安全

D. Paul, K. Peterson, P. Chavdarian
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引用次数: 4

摘要

冷熨电源系统的设计需要独特的组件为船舶提供“冷熨”操作的岸电。目前;新标准的制定正在进行中,操作程序正在编写中,以最大限度地提高电气安全性,标准化过程和从一个位置到另一个位置的互换性。本文介绍了电力系统的设计,包括电力系统的保护方案,通过设计来提高电气安全。介绍电力系统接地、设备接地和影响人身安全的接触电位。一个非常基本的操作程序大纲和培训,操作员需要最大限度地提高电气安全在冷熨烫操作也包括在论文中。此外,本文还提供了IEC/ISO/IEEE标准草案80005-1[5]和80005-2[6]的现状。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cold Ironing Power System design and electrical safety
Cold Ironing Power System design requires unique components to supply shore power to ships for “cold ironing” operation. Currently; development of new standards are in progress and operating procedures are being written to maximize electrical safety, standardization of the process and interchangeability from one location to another. This paper describes the power system design including power system protection scheme which should enhance the electrical safety by design. Power system grounding, equipment grounding, and touch potential that can impact personnel safety are described. A very basic outline of the operating procedures and training needed for the operators to maximize electrical safety during cold ironing operation are also included in the paper. In addition, paper provides the current status of the Draft IEC/ISO/IEEE Standards 80005-1 [5] and 80005-2[6].
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