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Safety awareness educational topics for the construction of power transmission systems with smart grid technologies

机译:使用智能电网技术构建输电系统的安全意识教育主题

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摘要

Power transmission facilities in the U.S. are undergoing a transformation due to the increased use of distributed generation sources such as wind and solar power.  The current power grid system is also antiquated and in need of substantial retrofits to make it more efficient and reliable.  The new energy transmission system being designed and built to optimize power delivery is known as “Smart Grid”.  The increased activity in the construction of power transmission facilities and installation of new technologies into the current power system raises potential safety concerns.  Existing construction management curriculum may include general information about safety training, but does not typically include information about this specialized sector.  The objective of this study was to work with industry to identify key safety topics appropriate for inclusion in an introductory industrial construction course.  Results of interviews with industry identified numerous hazards that are not typically covered in typical construction curricula.  A joint undergraduate and graduate course in industrial construction was created to address these and additional concepts. A survey of the students was performed to determine the effectiveness of the course and also to determine their thoughts about the smart grid technologies and safety training. Information on electrical system hazards is presented along with results of the student surveys.
机译:由于越来越多地使用诸如风力和太阳能之类的分布式发电源,美国的输电设施正在经历转型。当前的电网系统也过时,需要大量改造以使其更加有效和可靠。为优化电力输送而设计和建造的新能源传输系统被称为“智能电网”。输电设施建设和将新技术安装到当前电力系统中的活动增加,引起了潜在的安全隐患。现有的建筑管理课程可能包括有关安全培训的一般信息,但通常不包括有关此专业领域的信息。这项研究的目的是与行业合作,确定适合纳入工业基础入门课程的关键安全主题。行业访问的结果确定了典型建筑课程通常未涵盖的众多危害。为了解决这些和其他概念,创建了工业建设的联合本科生和研究生课程。对学生进行了调查,以确定课程的有效性,并确定他们对智能电网技术和安全培训的看法。有关电气系统危险的信息与学生调查的结果一起显示。

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