Abstract
Monitoring the voltage profile of a distribution feeder can improve the reliability and quality of the distribution power system. However, economic constraints limit widespread deployment of monitoring equipment. This paper presents a method to estimate the voltage profile of a radial distribution feeder with limited number of monitoring points. Using the voltage-profile estimation, load-forecasting information, and bus-impedance matrix, this paper also describes a technique to find an optimal capacitor-bank switching sequence that minimizes the number of switching changes along the feeder for a 24-h period.
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