Energy coordination of ZnO varistor based SPDs in surge current due to direct lightning flashes

机译：ZnO压敏电阻的SPD的能量协调归因于直接雷电闪击

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Surge protective devices (SPDs) play an important role to protect the valuable electrical and electronic equipment against transients originating from lightning. Class I tested SPDs are needed to divert surge currents due to direct lightning flashes. In order to achieve the effective protection of sensitive electrical and electronic systems, coordinated SPD systems should be designed and installed. This paper presents the experimental results obtained from the actual installation conditions of SPDs with the aims to understand the energy sharing of the cascaded Class I and II SPDs and to propose the effective selection and installation methods of SPDs. The residual voltage of each SPD and energy coordination between the upstream Class I tested SPD and the downstream Class tested II SPD were measured using a 10/350 μs current wave.

机译：电涌保护器（SPD）在保护宝贵的电气和电子设备免受雷电引起的瞬变起着重要作用。需要经过I类测试的SPD来转移由于直接雷电引起的浪涌电流。为了有效保护敏感的电气和电子系统，应设计和安装协调的SPD系统。本文介绍了从SPD的实际安装条件获得的实验结果，目的是了解级联的I和II级SPD的能量共享，并提出有效的SPD选择和安装方法。使用10/350μs电流波测量每个SPD的剩余电压以及上游I类测试SPD和下游II类SPD之间的能量配比。

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来源
《2014 Intemational Conference of Lighbling Protection》|2014年|136-140|共5页
会议地点 Shanghai(CN)
作者
Hee-Kyung Shin; Dong-Seong Kim; Young-ki Chung; Bok-hee Lee;
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作者单位

High Voltage Lab., Inha Univ., Incheon, South Korea;

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原文格式 PDF
正文语种 eng
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关键词
lightning protection; surge protection; varistors; zinc compounds; ZnO; class I SPD; class II surge protective devices; coordinated SPD systems; direct lightning flashes; electrical equipment; electronic equipment; energy coordination; installation conditions; residual voltage; Current measurement; Lightning; Surge Protective Devices - c62; Surge protection; Surges; Varistors; Voltage measurement; Coordinated SPD system; Energy sharing; Lightning surge; Protection voltage level; Surge protective device;

机译：防雷;电涌保护;压敏电阻;锌化合物; ZnO; I类SPD; II类电涌保护器件;协调的SPD系统;直接雷电闪;电气设备;电子设备;能量协调;安装条件;残余电压;电流测量;雷电;电涌保护器-c62;电涌保护;电涌;压敏电阻;电压测量; SPD协调系统;能量共享;雷电浪涌;保护电压等级;电涌保护器;;

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专利

1. Surge Energy Capability of ZnO-Based Varistors According to the Sb2O3 and Bi2O3 [J] . Choi Seung-Kyu, Kang Sung-Man, Lee Jae-Bok, Journal of nanoscience and nanotechnology . 2016,第12期

机译：基于Sb2O3和Bi2O3的基于ZnO的压敏电阻的浪涌能量能力
2. Application of Direct Current and Temperature Stresses of Low-Voltage ZnO Based Varistor Ceramics | Science Publications [J] . B. Z. Azmi, H. A.A. Sidek, M. G.M. Sabri, American journal of applied sciences . 2009,第8期

机译：低压ZnO基压敏陶瓷的直流和温度应力的应用。科学出版物
3. Microstructural and compositional aspects of ZnO-based varistor ceramics prepared by direct mixing of the constituent phases and high-energy milling [J] . S. Bernik, G. Brankovic, S. Rustja CERAMICS INTERNATIONAL . 2008,第6期

机译：通过直接混合组成相和高能研磨制备的基于ZnO的压敏电阻陶瓷的微观结构和组成方面
4. Energy coordination of ZnO varistor based SPDs in surge current due to direct lightning flashes [C] . Hee-Kyung Shin, Dong-Seong Kim, Young-ki Chung, Intemational Conference of Lighbling Protection . 2014

机译：直接闪电引起的ZnO变阻器基于SPD的能量协调
5. Automated Studies of Continuing Current in Lightning Flashes [D] . Martinez-Claros, Jose. 2017

机译：自动研究雷电中的持续电流
6. Optimization of Bi2O3 TiO2 and Sb2O3 Doped ZnO-Based Low-Voltage Varistor Ceramic to Maximize Nonlinear Electrical Properties [O] . Masoumeh Dorraj, Azmi Zakaria, Yadollah Abdollahi, -1

机译：优化Bi2O3TiO2和Sb2O3掺杂的ZnO基低压压敏陶瓷的性能以最大化非线性电性能
7. Observations on Occurrence Currents by Lightning Surges Intruding into Home from Various Directions and an Experimental Study of the Effect of the SPD [O] . Kiyoshi Aiba, Shigemitsu Okabe, Teru Miyazaki 2007

机译：从各种方向侵入家庭的避雷浪涌发生电流的观察和SPD效果的实验研究
8. Varistor-Particle Lightning Arrestor Connector Performance Under Simulated Extreme Lightning Currents. [R] . Fisher, R. J., Kostas, J. G. 1989

机译：压敏电阻 - 粒子避雷器连接器在模拟极端闪电电流下的性能。

Energy coordination of ZnO varistor based SPDs in surge current due to direct lightning flashes

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