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Load profile for a bus rapid transit flash station of full-electric buses

机译:全电动公交车快速公交闪光站的负荷曲线

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This paper proposes a general procedure to compute the load profile of a bus rapid transit station where a fleet of full-electric buses is charged. Such procedure is divided in two stages. At first, in order to determine if the flash charging is feasible given a certain travel route, the state of charge of a bus during its operation is modeled, based on Geneva's all-electric articulated bus and its flash battery charger. Then, assuming that buses are autonomous and can complete their routes without running out of energy, the point of view of a charging station is taken into account. The objective of the model is to compute the load profile for a station, according to its charging policy and demand. The models are tested with the bus rapid transit system implemented in Bogotá, Colombia. Through the implementation of Monte Carlo simulations, different charging scenarios are considered for this study.
机译:本文提出了一种通用程序,用于计算快速公交车站的负荷曲线,在该车站中,对全电动公交车进行充电。这样的过程分为两个阶段。首先,为了确定在给定的行驶路线下进行闪光灯充电是否可行,基于日内瓦的全电动铰接式公交车及其闪光灯充电器,对公交车在运行过程中的充电状态进行建模。然后,假设公交车是自主的并且可以在不耗尽能量的情况下完成其路线,则考虑充电站的观点。该模型的目的是根据站点的计费策略和需求来计算站点的负载曲线。这些模型已经在哥伦比亚波哥大实施的公共汽车快速运输系统进行了测试。通过实施蒙特卡洛模拟,本研究考虑了不同的充电方案。

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