Post-commutation pulse phase shorting as a factor in improving the safety of operation of a 3.3 kV mine site electric network

K. N. Marenich, S.A. Russijan, А.I. Denisova
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Abstract

The efficiency of ground short-circuiting the damaged phase of the network to the ground is analyzed in the context of finding ways to increase the electrical safety of mine site 3.3 kV power network operation. In the context of ensuring human protection from electric shock, the expediency is justified and a technical solution for post-commutation pulse phase short-circuiting in the reverse EMF circuit is provided for the asynchronous motors of the power consumers within a technological mine site.
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停运后脉冲相位短接是改善 3.3 千伏矿区电网运行安全的一个因素
在寻求提高矿区 3.3 千伏电网运行电气安全性的背景下,分析了电网受损相对地短路的效率。在确保人体免受电击伤害的背景下,论证了其合理性,并为技术矿区内电力用户的异步电动机提供了一种在反向电磁场电路中进行断电后脉冲相短路的技术解决方案。
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