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ters can work independently of the system impedance characteristics Thus, they can be used in very difficult circumstances where passive filters cannot operate successfully because of parallel resonance problems They can also address more than one harmonic at a time and combat other power quality problems such as flicker They are particularly useful for large, distorting loads fed from relatively weak points on the power system The basic idea is to replace the portion of the sine wave that is missing in the current in a nonlinear load Figure 625 illustrates the concept An electronic control monitors the line voltage and/or current, switching the power electronics very precisely to track the load current or voltage and force it to be sinusoidal As shown, there are two fundamental approaches: one that uses an inductor to store current to be injected into the system at the appropriate instant and one that uses a capacitor Therefore, while the load current is distorted to the extent demanded by the nonlinear load, the current seen by the system is much more sinusoidal Active filters can typically be programmed to correct for the power factor as well as harmonics 66 Harmonic Filter Design: A Case Study This section illustrates a procedure for designing harmonic filters for industrial applications This procedure can also be used to convert an existing power factor correction capacitor into a harmonic filter As described in Sec 412, power factor correction capacitors are used widely in industrial facilities to lower losses and utility bills by improving power factor On the other hand, power factor correction capacitors may produce harmonic resonance and magnify utility capacitor-switching transients Therefore, it is often desirable to implement one or more capacitor banks in a facility as a harmonic filter

The Add Entrance Effect dialog box lists all the Entrance effects Similar dialog boxes list Emphasis, Exit, and Motion Paths effects

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typical overhead line fused cutout The fundamental purpose of fuses is to operate on permanent faults and isolate (sectionalize) the faulted section from the sound portion of the feeder They are positioned so that the smallest practical section of the feeder is disturbed Fuses detect overcurrent by melting the fuse element, which generally is made of a metal such as tin or silver This initiates some sort of arcing action that will lead to the interruption of the current There are two basic kinds of fuse technologies used in power systems: 1 Expulsion fuses (as in Fig 333) 2 Current-limiting fuses (see Sec 3711) The essential difference between the two is the way the arc is quenched This also gives the fuses different power quality characteristics An explusion fuse creates an arc inside a tube with an ablative coating This creates high-pressure gases that expel the arc plasma and fuse remnants out the bottom of the cutout, often with a loud report similar to a firearm This cools the arc such that it will not reignite after the alternating current naturally goes through zero This can be as short as one-half cycle for high currents to several cycles for low fault currents This determines the duration of the voltage sag observed at loads An expulsion fuse is considerably less expensive than a currentlimiting fuse A current-limiting fuse dissipates the energy in the arc in a closed environment, typically by melting a special sand within an insulating tube This process actually quenches the arc very quickly, forcing the

to help you keep track of the order of animation, as shown here These tags never show in Slide Show view and don t print You see them only when the Custom Animation task pane is open

Typical utility fused cutout with expulsion fuse (Courtesy of Cooper Power Systems)

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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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