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Creating electrical distribution boundaries using computational geometry
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DOI：10.1109/TPWRS.2004.831244.png)
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Abstract
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This paper outlines a method to define polygons that approximate the boundaries of electrical distribution operational areas (e.g., feeder boundaries). This method involves: 1) deriving the two-dimensional Voronoi diagram for the locations of distribution facilities (e.g., distribution transformer locations); 2) marking the Voronoi edges that adjoin different feeders; and 3) traversing the marked edges-always keeping the feeder of interest to the left. The resulting boundaries are an extremely useful adjunct to an electric utility's geographic information system, providing facility managers with a way to query operational and financial statistics at a level of detail (e.g., by substation, feeder, feeder section, etc.) that would be otherwise impractical or even impossible.
Keywords:
computational geometry
geographic information systems
geometric programming
mathematical programming
power-distribution economics
power-distribution maintenance
power-distribution planning
spatial reasoning
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