电动汽车充电基础设施太阳能车棚的研制

Awais Ali Khoso, M. H. Baloch, Aaqib Raza, I. Ali, M. Shaikh
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摘要

本文为电动汽车提供了一种现代化的充电基础设施。最近,随着全球对电动汽车需求的增加,不同的电动汽车充电网络正在建立,这严重影响了电网。本文提出的智能电网环境下的充电系统将为电动汽车提供经济、便捷的充电系统,避免对环境和电网的影响,保证充电站的可用性。车棚顶篷用于提供各种替代电动汽车的方案。有不同类型的车棚篷,以产生最大的电力。在不同的标准倾斜角度下进行了详细的优化和顶棚选择,以产生最大的太阳能光伏能量,并对结果进行了比较。本文设计了用于电动汽车充电系统的太阳能车棚,以实现不同类型车棚性能的可持续系统,并对单间距、双间距和桶拱车棚的光伏发电进行了比较。
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The Development of Solar Powered Carport Canopies for the Charging Infrastructure of Electric Vehicles
This paper provides a modern charging infrastructure for electric vehicles. Recently, different networks are being built to charge electric vehicles as the demand for electric vehicles is increasing worldwide, severely impacting grids. The proposed system with the smart grid environment will provide an economical and convenient charging system for the electric vehicle to avoid environmental and grid impacts to ensure charging stations’ availability. Carport canopies are used to provide a variety of alternatives to electric vehicles. There are different types of carport canopies to generate maximum power. Detailed optimization and canopy selection are performed at various standard tilt degrees to create maximum solar photovoltaic energy, and the results are compared. This paper designs solar-based carport canopies for the electric vehicle charging system to accomplish a sustainable system for the Performance of different types of canopies and a Comparison of Photovoltaic generation on Mono-pitch, Duo-pitch, and Barrel-Arch Canopies is presented.
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