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Another alternative that can be applied at either the low-voltage level or the medium-voltage level is the automatic transfer switch Automatic transfer switches can be of various technologies, ranging from conventional breakers to static switches Conventional transfer switches will switch from the primary supply to a backup supply in seconds Fast transfer switches that use vacuum breaker technology are available that can transfer in about 2 electrical cycles This can be fast enough to protect many sensitive loads Static switches use power electronic switches to accomplish the transfer within about a quarter of an electrical cycle The transfer switch configuration is shown in Fig 328 An example medium-voltage installation is shown in Fig 329 The most important consideration in the effectiveness of a transfer switch for protection of sensitive loads is that it requires two independent supplies to the facility For instance, if both supplies come from the same substation bus, then they will both be exposed to the same voltage sags when there is a fault condition somewhere in the supply system If a significant percentage of the events affecting the facility are caused by faults on the transmission system, the fast transfer switch might have little benefit for protection of the equipment in the facility 35 Evaluating the Economics of Different Ride-Through Alternatives The economic evaluation procedure to find the best option for improving voltage sag performance consists of the following steps:

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Configuration of a static transfer switch used to switch between a primary supply and a backup supply in the event of a disturbance The controls would switch back to the primary supply after normal power is restored

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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

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1 Characterize the system power quality performance 2 Estimate the costs associated with the power quality variations 3 Characterize the solution alternatives in terms of costs and effectiveness 4 Perform the comparative economic analysis We have already presented the methodology for characterizing the expected voltage sag performance, and we have outlined the major technologies that can be used to improve the performance of the facility Now, we will focus on evaluating the economics of the different options

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The costs associated with sag events can vary significantly from nearly zero to several million dollars per event The cost will vary not only among different industry types and individual facilities but also with market conditions Higher costs are typically experienced if the end product is in short supply and there is limited ability to make up for the lost production Not all costs are easily quantified or truly reflect the urgency of avoiding the consequences of a voltage sag event The cost of a power quality disturbance can be captured primarily through three major categories:

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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

Labor-related losses, such as idled employees, overtime, cleanup, and repair Ancillary costs such as damaged equipment, lost opportunity cost, and penalties due to shipping delays

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