DocumentCode
1527649
Title
Optimizing capital costs in power-distribution upgrades
Author
McAullife, J. ; Amin, Dev ; Peacock, Ian ; Durocher, David
Author_Institution
Int. Paper, Jay, ME, USA
Volume
7
Issue
5
fYear
2001
Firstpage
41
Lastpage
51
Abstract
As capacity improvements in North American paper mills are on the increase, so too is the need to increase source megavoltamperes and interrupting ratings of main power-distribution switchgear. In addition, today´s energy crisis will be resolved in part by new generation, some installed onsite at North American paper mills. This combination of higher source megavoltamperes and increased capacity will result in overdutied power-distribution equipment in existing mills. Engineers will continue to be faced with the decision of upgrade or replace existing switchgear. Although the lure of purchasing and installing new equipment is compelling, it can often be the worse possible choice in terms of lost production and mill profitability. Although not all vintage switchgear is created equal, there are several ways to extend the operational life of existing equipment with retrofit or replacement breakers. Mill engineering and management should investigate available switchgear upgrade alternatives carefully before electing to dispose of existing equipment and replace it with new
Keywords
costing; maintenance engineering; optimisation; power distribution economics; power distribution protection; switchgear; North America; capital costs optimisation; lost production; management; mill profitability; paper mills; power-distribution switchgear; power-distribution upgrades; replacement breakers; retrofitting; Cost function; Energy resolution; Engineering management; Milling machines; Paper mills; Power engineering and energy; Production; Profitability; Switchgear; Waste management;
fLanguage
English
Journal_Title
Industry Applications Magazine, IEEE
Publisher
ieee
ISSN
1077-2618
Type
jour
DOI
10.1109/2943.948531
Filename
948531
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