采用Delaunay三角法和Voronoi图的变电站布局优化方法在东爪哇的案例研究

Pradipta Ghusti, R. Sarno, R. V. Ginardi
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引用次数: 6

摘要

由于预计该区域电力需求的增长,需要增加新的变电站和发展以前运行的变电站。国家电力公司制定了一项计划,以确定变电站的数量、容量和位置,以协调当前的电力需求和未来的电力需求。该计划要求确定各区域的电力负荷以及变电站现有变电站的能力发展。根据变电站之间的距离,寻求最小的运输成本,分配给变电站的费用。通过将负担分配给适当的变电站,对所有变电站的成本进行优化。这个最终的项目旨在通过应用Voronoi图和Delaunay三角剖分,通过APJ优化和找到服务区域(service area)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Substation placement optimization method using Delaunay Triangulation Algorithm and Voronoi Diagram in East Java case study
In anticipation of the growth of electricity demand in the region, required the addition of new substations and the development of substation-substation that has operated previously. State Electricity Company developed a plan to determine the number, capacity and location of the substation in order to reconcile the needs of electric current with future electricity needs. This plan requires the identification of the electrical load in each region as well as the capability development of substations existing substations. Expenses allocated to a substation based on the distance between them by seeking the minimum transportation cost. Cost is optimized for all of the substation through the allocation of the burden to the appropriate substation. This final project is aimed at optimizing and find the service area (service area) by APJ by applying Voronoi diagram and Delaunay Triangulation.
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