This part of a three-partpaper deals firstwith the performanceobjectivesof power systemstabilizers in termsof the type of oscillationsfor which theyare intendedto providedamping,the operatingconditions forwhichtherequirement for stabilizationis greatest, the need to accommodatemultiplemodesof oscillation, andthesignificance of interplant modes of oscillation. It next treats stabilizertuning.Generaltuningguidelinesare developed as well as variationsrequiredfor differentinputsignals.The operatingconditionsunder whicheach type of stabilizershouldbe tunedare identified. The relationship between phase compensation tuningand root locus analysisis presented.Finally, the relativeperformancecharacteristics of the three typesof stabilizersare examinedfor both small perturbations andlargedisturbances.
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Larsen et al. (1981) studied this question.
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