Electrical Safety Worldwide

L. Gordon, Jesse Liechty, Ernst Esch
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Abstract

Over the past 130 years, electrical safety design and safe work practice standards have evolved around the world. In some instances, they are similar, and in other cases interesting variations have been observed. Numerous papers previously presented at this workshop have discussed electrical safety programs and challenges in several countries, and IEEE associated electrical safety workshops have occurred in several countries, including the U.S., Canada, India, Brazil, and Costa Rica. The IEEE IAS Electrical Safety Committee has set goals to broaden involvement in electrical safety to embrace electrical safety worldwide. In addition, recent papers and discussions have brought forth the varying cultures on implementing electrical safety and how this likely affects safety performance. Electrical safety includes design and safe work practices in utility power, facility power, utilization equipment, and specialized equipment. We are most familiar with those in the U.S. and Canada, including, respectively, NESC, NEC, NFPA 70E, UL, and DOE Guidelines. However, there are numerous equivalencies outside the U.S. including, for example, IEC, TUV, ETL, and other similar standards, including many unexplored standards in Japan, Russia, Brazil, and China. With ever more industrial globalization, the exploration and understanding of electrical safety standards around the world becomes more significant so that we can share and evaluate best practices from all countries. Some examples of global industries are wind energy, chemical, transportation. The study will also increase communication and collaboration worldwide. This paper explores and summarizes the design and safe work practices of the top leading technological countries, including, at a minimum, the U.S., Canada, European Union, Brazil, Russia, Japan, and China. It will also discuss cultural differences that may affect electrical safety. Areas covered include utility and facility power, component and equipment standards, and specialized equipment, such as R&D and energy storage. The purpose will be to stimulate international collaboration and appreciation of the diversity worldwide, in electrical safety.
全球电气安全
在过去的130年里,电气安全设计和安全工作实践标准在世界范围内不断发展。在某些情况下,它们是相似的,而在其他情况下,已经观察到有趣的变化。之前在本次研讨会上发表的许多论文讨论了几个国家的电气安全计划和挑战,IEEE相关的电气安全研讨会已经在几个国家举行,包括美国、加拿大、印度、巴西和哥斯达黎加。IEEE国际电气协会电气安全委员会制定了目标,以扩大对电气安全的参与,以涵盖全球的电气安全。此外,最近的论文和讨论提出了实施电气安全的不同文化,以及这可能如何影响安全性能。电气安全包括公用电力、设施电力、利用设备和专用设备的设计和安全工作实践。我们最熟悉的是美国和加拿大的标准,分别是NESC、NEC、NFPA 70E、UL和DOE准则。然而,在美国之外有许多等效的标准,例如IEC、TUV、ETL和其他类似的标准,包括日本、俄罗斯、巴西和中国的许多未开发的标准。随着工业全球化的发展,世界各地对电气安全标准的探索和理解变得更加重要,这样我们就可以分享和评估各国的最佳实践。全球工业的一些例子是风能、化工、运输。这项研究还将促进全球范围内的交流与合作。本文探讨并总结了顶尖技术国家的设计和安全工作实践,至少包括美国、加拿大、欧盟、巴西、俄罗斯、日本和中国。它还将讨论可能影响电气安全的文化差异。涵盖的领域包括公用事业和设施电力,组件和设备标准,以及专业设备,如研发和能源存储。其目的是促进国际合作和对全球电气安全多样性的认识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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