电动汽车太阳能无线充电站

Suneel Tummapudi, Thabassum Mohammed, Ravi Kiran Peetala, Sitaravamma Chilla, Prabhunandan Paul Bollavarapu
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引用次数: 0

摘要

如今,道路上的电动汽车越来越多。事实证明,除了环境效益外,电动汽车还能有效地从燃料转换为电力,从而降低旅行成本,这要便宜得多。主要目的是对使用汽车的时间越长收取越多的费用。电动汽车(ev)的充电系统通常是导电的。在汽车连接到充电站后,电动汽车就会充电,但是在充电站充电需要更长的时间。随着技术的发展,无线充电也被引入。感应式电动汽车充电不涉及任何电线。该方法演示了电动汽车如何在行驶中充电,而不需要停车加油。充电机制由太阳能供电,因此不需要额外的电源。该系统的开发涉及使用太阳能电池板、电池、变压器、稳压电路、铜线圈、AC-to-DC转换器、Atmega328p控制器和lcd。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solar-Powered Wireless Charging Station for Electric Vehicles
Today, there are steadily more electric vehicles on the road. Electric vehicles have proven effective in reducing travel costs by switching from fuel to electricity, which is much less expensive, in addition to the environmental benefits. The major objective is to charge more for utilizing the car for a longer period. The charging system for electric vehicles (EVs) is generally conductive. The EV is charged after the car is linked to a charging station however, charging a car at a charging station takes longer. As technology develops, wireless charging is being introduced. Inductive EV charging does not involve any wires. The proposed method demonstrates how electric vehicles can be charged while in motion without the need for the vehicle to pull over for refueling. The charging mechanism is powered by solar energy, thus there is no need for an additional power source. The system’s development involves the usage of solar panels, batteries, transformers, regulator circuits, copper coils, AC-to-DC converters, Atmega328p controllers, and LCDs.
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