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BOK, J. DRÁPELA, J.
Original Title
A Concept of Compatibility Level for Voltage Dips and Short Interruptions in LV Power Supply Systems
Type
conference paper
Language
English
Original Abstract
The voltage dips and short interruptions in power supply systems are disturbances affecting operation of all supplied electrical appliances. In consequence of origin, such voltage events are of stochastic character and cannot be fully eliminated, as well as there is practically impossible to ensure unlimited immunity of electrical devices to such disturbances. Nevertheless a complex system providing compatible environment from point of view of the voltage dips and short interruptions has not been designed yet. The current situation in this field presents a large compatibility gap related to missing compatibility concept that should be based on clearly defined compatibility levels for typical electromagnetic environments which still do not exist. The paper is focused on a proposal of the compatibility level concept for voltage dips and short interruptions in low-voltage power supply system. The proposed compatibility levels are determined by the minimum immunity curve and allowed number of events exceeding the curve for each of three basic electromagnetic environments.
Keywords
voltage dip, short interruptions, compatibility level, immunity curve
Authors
BOK, J.; DRÁPELA, J.
RIV year
2010
Released
27. 9. 2010
Publisher
CIDEL Argentina
Location
Buenos Aires, Argentina
ISBN
978-987-97399-3-8
Book
Proceedings of the Congreso Internacional de Distribución Eléctrica. CIDEL 2010
Edition
1
Edition number
Pages from
Pages to
6
Pages count
BibTex
@inproceedings{BUT32836, author="Jaromír {Bok} and Jiří {Drápela}", title="A Concept of Compatibility Level for Voltage Dips and Short Interruptions in LV Power Supply Systems", booktitle="Proceedings of the Congreso Internacional de Distribución Eléctrica. CIDEL 2010", year="2010", series="1", number="1", pages="1--6", publisher="CIDEL Argentina", address="Buenos Aires, Argentina", isbn="978-987-97399-3-8" }