基于广义位置的无轨电车架空线路规划线性模型

Dobroslav Grygar, M. Koháni
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引用次数: 0

摘要

部署电动无轨电车是减少城市公共交通排放的方法之一。对于此类车辆的运行和充电,有必要设计一个最小的架空线路网络。这个问题的标准公式要求有路网有向图和车辆时间表。假定尚未在路段上铺设架空接触线,而有可能在任何地方铺设架空接触线。然而,许多城市已经建成了一些架空线路。此外,当地条件可能导致无法在某些路段建立架空接触线。因此,在本文中,我们将给出考虑上述需求的问题的线性模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Generalized Location-based Linear Model for Overhead Wires Network Planning for Battery-assisted Trolleybuses
The deployment of battery-assisted trolleybuses is one of the ways to reduce emissions from public transport in cities. For the operation and charging of such vehicles, it is necessary to design a minimal network of overhead lines. The standard formulation of this problem requires to have a road network digraph and vehicle schedules available. It is assumed that overhead contact lines have not yet been built on road segments and it is possible to build such lines everywhere. However, there can be already built segments of overhead lines in many cities. Moreover, local conditions may cause the impossibility to build overhead contact lines on some road segments. Therefore, in this article, we will present a linear model of the problem that takes into account the mentioned requirements.
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