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2019 International Conference on High Voltage Engineering and Technology (ICHVET), 2019
The use of Line Surge Arresters is a well-known application. This cost-effective way has clearly shown the performance improvement for the electricity supply industry. However, there is often resistance to make it a common use.
F. Giraudet
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The use of Line Surge Arresters is a well-known application. This cost-effective way has clearly shown the performance improvement for the electricity supply industry. However, there is often resistance to make it a common use.
F. Giraudet
semanticscholar +1 more source
Surge Arrester Protection and Very Fast Surges
IEEE Power Engineering Review, 1983The results of this paper suggest that surge arrester protection may not be adequate for very fast rates of rise of lightning currents even considering insulation strength greater than chopped-wave. Additionally, it is shown that prediction of the magnitude and front time of the peak overvoltage is a complex function of lead length, arrester model ...
R.E. Clayton +3 more
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IEEE International Conference on High Voltage Engineering and Application, 2018
In this paper, an analysis of heat transfer in a porcelain-housed ZnO surge arrester is presented. Due to the fact that ZnO based surge arresters are key components for protection and reliability of electrical systems, caution must be taken regarding ...
A. F. Andrade +3 more
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In this paper, an analysis of heat transfer in a porcelain-housed ZnO surge arrester is presented. Due to the fact that ZnO based surge arresters are key components for protection and reliability of electrical systems, caution must be taken regarding ...
A. F. Andrade +3 more
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IEEE Transactions on Electrical Insulation, 1986
The MOSA (Metal Oxide Surge Arrestor) comprising ZnO non-linear elements has been taking the place of the conventional gapped arresters on a world-wide scale. The ZnO non-linear element was developed in Japan and the application for the surge arrester was also established in Japan for the first time.
M. Kobayashi +3 more
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The MOSA (Metal Oxide Surge Arrestor) comprising ZnO non-linear elements has been taking the place of the conventional gapped arresters on a world-wide scale. The ZnO non-linear element was developed in Japan and the application for the surge arrester was also established in Japan for the first time.
M. Kobayashi +3 more
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Journal of experimental and theoretical artificial intelligence (Print), 2018
This paper proposes an enhanced support vector machine (SVM), whose parameters are optimised by a novel mutant particle swarm optimisation (mutant PSO) algorithm to identify metal-oxide surge arrester conditions.
Chien-Nan Chen, Thom Thi Hoang, M. Cho
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This paper proposes an enhanced support vector machine (SVM), whose parameters are optimised by a novel mutant particle swarm optimisation (mutant PSO) algorithm to identify metal-oxide surge arrester conditions.
Chien-Nan Chen, Thom Thi Hoang, M. Cho
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Measurement Method for Resistive Current Components of Metal Oxide Surge Arrester in Service
IEEE Transactions on Power Delivery, 2018As an important power system protection device, the condition of metal oxide surge arresters (MOSAs) in service could be monitored, and online monitoring might be considered in a few critical installations.
Zhongjun Fu +4 more
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Optimization of Surge Arrester's Location
IEEE Transactions on Power Delivery, 2004The lightning surges being considered the most dangerous events in power distribution systems, knowledge of the same allows to obtain a better selection and coordination of protection devices. Moreover, a better knowledge of lightning surges permits to optimize the location of device protection, to reduce the insulation costs of the installations, and ...
A.L. Orille-Fernandez +2 more
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2001 IEEE Power Engineering Society Winter Meeting. Conference Proceedings (Cat. No.01CH37194), 2002
The performance of surge arresters during electromagnetic transients on power systems can be simulated with EMTP-type computer programs. This paper discusses the steps to be performed for deriving the parameters needed to represent gapless metal oxide surge arresters in transient simulations.
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The performance of surge arresters during electromagnetic transients on power systems can be simulated with EMTP-type computer programs. This paper discusses the steps to be performed for deriving the parameters needed to represent gapless metal oxide surge arresters in transient simulations.
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Comparison of Surge Arrester Models
IEEE Transactions on Power Delivery, 2014This paper deals with the two most used arresters models applied in digital simulations with the Alternative Transients Program, the conventional, and IEEE models. It presents a model analysis and parameter adjustment procedures to the conventional model.
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