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The GoTo site for
Power System Professionals Involved in Lightning Protection |
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Arrester Literature Library |
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This
is a public library for all those interested in High Voltage Arrester
Technology. If
anyone wishes to contribute, send your uncopyrighted literature directly to
Jonathan.Woodworth@arresterWorks.com ……………. Modern
ZNO Surge Arresters Under Short-Circuit Current Stresses Test Experiences and Critical Review of the
IEC Standard R.P.P Smeets, H. Barts,
W.A. van der Linden of Kema
High-Power Lab L. Stenstrom ABB Power. Abstract This paper summarizes
short-circuit testing of arresters and provides the rationale for the changes
that came about to 60099-4 in 2006 with regard to short-circuit testing of
polymer housed arresters. Metal-oxide
Surge Arrester Model for Fast Transient Simulations F.
Fernandez and R Diaz both of National
University of Tucuman Argentina Abstract In this paper, a
different, also straightforward approach, for the generation of the IEEE
model parameters from published manufacturer’s data, is presented. The model
was verified for several medium voltage arresters from different
manufacturers. The simulations were performed with the Alternative Transient
Program (ATP) and the results were compared with both the data reported on
the manufacturer’s catalogue and experimental data acquired in the high
voltage laboratory. Simulation
of Metal Oxide Surge Arrester Dynamic behavior Under Fast Transients Bayadi,
Harid, Zehar and Belkhiat Abstract Several models have been
proposed to simulate the frequency-dependent characteristic of MOV material.
These models differ in the calculation and adjustment of their parameters. In
this present paper, a simulation of metal oxide surge arrester (MOSA) dynamic
behavior during fast electromagnetic transients on power systems is done.
Some models proposed in the literature are used. The simulations are
performed with the Alternative Transients Program (ATP) version of
Electromagnetic Transient Program (EMTP) to evaluate some metal oxide surge
arrester models and verify their accuracy |
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