Investigation of Charging Technologies for Electric Vehicles

Muhammed Sefa Çeti̇n, M. Gençoglu, A. Dobrzycki
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Abstract

In today's world, internal combustion engine vehicles are widely used. These vehicles cause harmful emissions as they use fossil fuels for engine propulsion and vehicle movement. To address this issue, electric vehicles have been considered as a solution. In electric vehicles, electric motors are used instead of traditional internal combustion engines and the necessary electrical energy is supplied from battery packs. In this way, electric vehicles do not cause harmful emissions to the environment. If the energy required for electric vehicle charging stations is obtained from renewable energy systems, electric vehicles will be zero-emission vehicles. Battery packs, that provide energy for electric vehicles, typically consist of rechargeable Lithium-ion battery groups and they can be charged using fast charging technology. In this study, the future of transportation, electric vehicles and the standards and technologies used in electric vehicle charging stations have been examined. Additionally, an electric vehicle system has been designed using MATLAB/Simscape.
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电动汽车充电技术调查
当今世界,内燃机汽车被广泛使用。由于这些车辆使用化石燃料作为发动机推进和车辆行驶的动力,因此会造成有害气体的排放。为解决这一问题,电动汽车已被视为一种解决方案。电动汽车使用电动机代替传统的内燃机,并由电池组提供必要的电能。这样,电动汽车就不会对环境造成有害排放。如果电动汽车充电站所需的能源来自可再生能源系统,电动汽车将成为零排放汽车。为电动汽车提供能源的电池组通常由可充电锂离子电池组构成,并可使用快速充电技术进行充电。本研究探讨了未来的交通、电动汽车以及电动汽车充电站所采用的标准和技术。此外,还使用 MATLAB/Simscape 设计了一个电动汽车系统。
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