Electric Vehicles Charging Stations Sharing Model Control

Riccardo Loggia, C. Moscatiello, M. Kermani, Alessandro Flamini, Andrea Massaccesi, L. Martirano
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引用次数: 2

Abstract

The fast-growing electric car market inevitably requires the construction of new infrastructures for recharging vehicles. The design of new parking lots should be done by analyzing the expected profiles and the type of environment considered, in order to take full advantage of the technology and choose the charging modes that best suit that context. This article analyzes the different electric vehicle charging modes, the regulations that govern them and the possible types of parking. Subsequently, it is proposed a model of control and regulation of power flows that, depending on the type of parking and the types of charging stations, can manage up to four recharges simultaneously, without oversizing the infrastructure. This model, called Sharing Model Control (SMC), offers charging options that customers can select through an app interface; allowing them to choose the type of charging and its cost according to their needs. The main advantage of SMC is to allow the management of the same number of customers with a smaller installation of charging infrastructure, with all the economic benefits that come with it.
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电动汽车充电站共享模型控制
快速增长的电动汽车市场不可避免地需要建设新的充电基础设施。新停车场的设计应该通过分析预期的轮廓和所考虑的环境类型来完成,以便充分利用该技术并选择最适合该环境的收费模式。本文分析了不同的电动汽车充电模式,管理它们的法规和可能的停车类型。随后,提出了一种控制和调节电力流的模型,根据停车类型和充电站类型,可以同时管理多达四个充电,而不会过大的基础设施。这种模式被称为共享模式控制(SMC),提供收费选项,客户可以通过应用程序界面进行选择;允许他们根据自己的需要选择充电的类型和成本。SMC的主要优点是允许用更小的充电基础设施来管理相同数量的客户,并带来所有的经济效益。
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