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Electric Vehicle Charging Assistive System Using Internet of Electric Vehicles

机译:电动车充电辅助系统使用电动汽车互联网

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The age of conventional vehicles based on fossil fuel is nearing an end, clearly due to their associated environmental issues and the best solution at present for substituting these conventional vehicles is none other than electric vehicles. Hence, electric vehicles are the future in terms of transportation and one of the most critical constraint for its deployment in a large scale is indeed its charging process with the available number of charging stations. This constraint can be solved to a certain extent if the user can be provided with information regarding charging stations nearby. Also, the availability of internet has improved a lot and is still developing, thus within a few years it is almost certain that reliable internet connectivity will be available almost everywhere making the deployment of Internet of Things and its related applications simpler and more practical. Our intention here is to provide a solution to the above constraint by introducing a system based on the concept of Internet of Things, which consist of an add on device for electric vehicles, a server, priority estimator for charging stations, all of which are interconnected through the internet and hence forming the internet of electric vehicles. The add on device takes inputs from OBD (On Board Diagnostics) port which is interfaced with CAN bus of the electric vehicle and a GPS module, the inputs acquired are pushed to a server using Wi-Fi internet connectivity available in the vehicles. The server then forwards the data received to all charging stations within a specified distance. The charging stations estimate the priority list and sends the list back to the server. The server on receiving the priority list from a charging station processes the list and sends information like priority of the electric vehicle, charging station ID and its location to each electric vehicle. The add-on device then displays the received information to the user when required so that the user could decide the
机译:基于化石燃料的常规车辆的年龄接近结束,显然是由于他们的相关环境问题,并且目前代替这些传统车辆的最佳解决方案是电动车辆。因此,电动车是运输方面的未来,并且其部署的最严重限制之一是具有可用数量的充电站的充电过程。如果用户可以提供关于附近的充电站的信息,则可以在一定程度上解决该约束。此外,Internet的可用性已经提高了很多,并且仍在开发,因此在几年之内,几乎可以确定可靠的互联网连接几乎可用,几乎无处不在,使得部署事物互联网及其相关应用更简单,更实用。我们这里的意图是通过基于内容互联网概念引入一个系统来提供上述约束的解决方案,该系统由用于电动车辆,服务器,优先级估算器用于充电站的设备,所有这些都是互连的通过互联网,因此形成电动车辆互联网。设备的添加从OBD(在电路板上诊断)端口的输入,该端口与电动车辆的CAN总线和GPS模块接口,所获取的输入被推到服务器使用车辆中可用的Wi-Fi Internet连接。然后,服务器将收到的数据转发到指定距离内的所有充电站。充电站估计优先级列表并将列表发送回服务器。从充电站接收优先级列表的服务器处理列表并将电动车辆的优先级,充电站ID及其位置发送到每个电动车辆的优先级。然后,附加设备在需要时向用户显示接收到的信息,以便用户可以决定

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