An Improved Non-Inductive Impulse Voltage Measurement Technique For Zno Surge Arresters

A. Haddad; P. Naylor; I. A. Metwally; D. M. German; R. T. Waters

doi:10.1109/61.400853

An Improved Non-Inductive Impulse Voltage Measurement Technique For Zno Surge Arresters

A. Haddad, P. Naylor, I. A. Metwally, D. M. German, R. T. Waters

Research output: Contribution to journal › Article › peer-review

13 Citations (Scopus)

Abstract

One of the most important parameters of the protective performance of ZnO surge arresters is the residual voltage. In laboratory tests on standard arresters, a thin ZnO disc with a central hole is used in order to pick up the voltage, and a system with a double shielding technique reduces outside effects. Comparative tests of voltage signals from this series divider with those from a conventional parallel connected divider show that inductive overshoot is avoided.

Original language	English
Pages (from-to)	778-785
Number of pages	8
Journal	IEEE Transactions on Power Delivery
Volume	10
Issue number	2
DOIs	https://doi.org/10.1109/61.400853
Publication status	Published - Apr 1995
Externally published	Yes

Keywords

ZnO surge arresters
fast transients
impulse voltage measurement. lightning
overvoltage protection
voltage dividers

ASJC Scopus subject areas

Energy Engineering and Power Technology
Electrical and Electronic Engineering

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10.1109/61.400853

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title = "An Improved Non-Inductive Impulse Voltage Measurement Technique For Zno Surge Arresters",

abstract = "One of the most important parameters of the protective performance of ZnO surge arresters is the residual voltage. In laboratory tests on standard arresters, a thin ZnO disc with a central hole is used in order to pick up the voltage, and a system with a double shielding technique reduces outside effects. Comparative tests of voltage signals from this series divider with those from a conventional parallel connected divider show that inductive overshoot is avoided.",

keywords = "ZnO surge arresters, fast transients, impulse voltage measurement. lightning, overvoltage protection, voltage dividers",

author = "A. Haddad and P. Naylor and Metwally, {I. A.} and German, {D. M.} and Waters, {R. T.}",

note = "Funding Information: P. Naylor graduated from the University of Wales in 1992. He is now a postgraduate student funded by National Grid Company. plc (UK) at the University of Wales College of Cardiff.",

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AU - Haddad, A.

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AU - Metwally, I. A.

AU - German, D. M.

AU - Waters, R. T.

N1 - Funding Information: P. Naylor graduated from the University of Wales in 1992. He is now a postgraduate student funded by National Grid Company. plc (UK) at the University of Wales College of Cardiff.

PY - 1995/4

Y1 - 1995/4

N2 - One of the most important parameters of the protective performance of ZnO surge arresters is the residual voltage. In laboratory tests on standard arresters, a thin ZnO disc with a central hole is used in order to pick up the voltage, and a system with a double shielding technique reduces outside effects. Comparative tests of voltage signals from this series divider with those from a conventional parallel connected divider show that inductive overshoot is avoided.

AB - One of the most important parameters of the protective performance of ZnO surge arresters is the residual voltage. In laboratory tests on standard arresters, a thin ZnO disc with a central hole is used in order to pick up the voltage, and a system with a double shielding technique reduces outside effects. Comparative tests of voltage signals from this series divider with those from a conventional parallel connected divider show that inductive overshoot is avoided.

KW - ZnO surge arresters

KW - fast transients

KW - impulse voltage measurement. lightning

KW - overvoltage protection

KW - voltage dividers

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An Improved Non-Inductive Impulse Voltage Measurement Technique For Zno Surge Arresters

Abstract

Keywords

ASJC Scopus subject areas

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